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Exploring the Innovative Designs of a Residential Architect Melbourne
In the bustling metropolis of Melbourne, a city known for its vibrant culture and iconic architecture, there lies a treasure trove of innovative Residential Architect Melbourne designs crafted by visionary architects. This blog takes you on a journey to explore the remarkable work of one such architect who has been reshaping the landscape of modern living in Melbourne. From sleek urban apartments to charming rural retreats, these designs showcase a harmonious blend of functionality, aesthetics, and sustainability.
1: A Visionary Architect Redefining Urban Living
The residential architect stands at the heart of Melbourne's architectural renaissance and has made significant strides in redefining urban living spaces. Their visionary approach combines contemporary aesthetics with the practicalities of urban life, resulting in innovative designs that address the ever-evolving needs of modern homeowners.
2: Uniting Form and Function: The Essence of Architectural Brilliance
The architect's portfolio showcases an unwavering commitment to uniting form and function. Each project is a testament to their ability to create living spaces that captivate the eye and serve as a seamless extension of the residents' lifestyle. From optimizing space utilization to incorporating natural light, every aspect is thoughtfully curated to enhance the overall living experience.
3: Sustainable Living Takes Center Stage
Sustainable design has become paramount in a world increasingly conscious of its ecological footprint. Our residential architect's innovative designs in Melbourne testify to their dedication to sustainable living. Each project demonstrates a deep respect for the environment, from energy-efficient materials to passive design principles, without compromising aesthetics or comfort.
4: Urban Oasis: Transforming Small Spaces into Luxurious Retreats
With the rise of urbanization, compact living spaces are becoming the norm. Our architect is adept at transforming small apartments into luxurious urban oases. Through clever space planning and ingenious storage solutions, these designs redefine the possibilities of city living.
5: Rural House Designers: Embracing Serenity and Nature's Beauty
Beyond the bustling cityscape, our architect has also lent their expertise to rural house designs. These projects reflect a deep appreciation for nature's tranquility and the countryside's beauty. Each design harmoniously blends into its surroundings, embracing the serenity and essence of rural living.
6: A Journey Through Time: Balancing Heritage and Modernity
Melbourne is a city that celebrates its rich architectural heritage. Our residential architect has expertly balanced the preservation of historical elements with contemporary aesthetics, allowing homeowners to relish the best of both worlds. These designs blend history and modernity, honoring the past while embracing the future.
7: Personalization: Tailoring Dreams into Reality
One of the most remarkable aspects of our architect's work is their ability to translate their client's visions into reality. Each design reflects the homeowners' unique tastes, preferences, and lifestyles. The architect's emphasis on collaboration and attentive listening ensures that every project is a personalized masterpiece.
Conclusion:
The innovative designs of these talented Rural House Designers have significantly enriched Melbourne's architectural landscape. Their visionary approach, coupled with a deep commitment to sustainability and client satisfaction, has set a new standard for modern living spaces in urban and rural settings. As they continue to shape the future of residential architecture, one thing remains clear – their dedication to creating spaces that inspire, delight, and nurture the human spirit.
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Designed by Malaysian architect Eleena Jamil, the Bamboo Playhouse is a public pavilion located in Kuala Lumpur’s Perdana Botanical Gardens. The sustainable playhouse features a three-dimensional floorscape and tree-like columns that rise up to support the roof, offering a playful reprieve for the public that blends into the surrounding landscape.
The playhouse is situated on a small island in a large lake that stretches across the center of the gardens. The structure also contains a series of hanging “tree-houses” made from bamboo baskets, where visitors can enjoy meditative views of the lake. The playhouse has also been used as an event space for performances and exhibitions.
The design also features raised square platforms set at various levels to create different dimensions across the open structure. Jamil took her inspiration from traditional structures called wakafs, which serve as resting places for village communities in Malaysia.
Contemporary architectural designs made of bamboo are a rare sight in Malaysia, but the playhouse is a creative example of how the sustainable material can be used in fun new ways for other structures. According to Dezeen, “The Bamboo Playhouse was shortlisted [in 2015] for an award for a World Architecture Festival, where bamboo was touted as a revolutionary building material by Dirk Hebel.”
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Address:
p.o box 7104, southport park
Gold coast,QLD 4215
Country:
Australia
Phone:
0421853907
Url:
https://www.skilledtradies.com.au/hebel-installers-63.html
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Description:
Blue House Construction is a fully Diversified Hebel AAC business based on the gold coast, South East Queensland.
Keywords:
Hebel Installers, Hebel wall panels,Hebel flooring Design, Hebel Fencing, Estimating, Hebel Supply, Hebel Construction
Social Links:
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Owner Name:
Brad Glover
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Autoclaved Aerated Concrete (AAC) Market Size, Status, Top Emerging Trends, Growth and Business Opportunities 2025
Large-scale urbanisation and industrialization projects necessitating lightweight materials are fuelling demand for autoclaved aerated concrete in the construction industry. The constant requirement for affordable housing along with a desire for soundproof buildings boosts demand in the autoclaved aerated concrete market. As an ever-increasing number of buildings must comply with tougher sustainability norms, the future of the autoclaved aerated concrete market during the forecast period is bright. As per the World Green Building Trends 2018 report, the firms on track to have more than half their ventures certified green have trebled from 2016 to 2021. The versatility of autoclaved aerated concrete enables manufacturers to save time, labour, and overall manufacturing costs making autoclaved aerated concrete highly sought after.
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Surging Share of Construction Industry in CO2 Emissions Make it Target for Stricter Norms
The construction industry uses a third of global energy and accounts for slightly more carbon emissions. The share of concrete manufacturing in CO2 emissions is poised to double in the near future as emerging economies modernize. As resilient building becomes the preferred option, companies, architects, builders, and designers are investing in R&D to develop greener materials. In addition, modern day environmental norms are extremely demanding and must be adhered to throughout the lifespan of the building and not only during construction. Some measures to reduce the building carbon footprint include solar panels, adequate heat insulation, and longer lasting materials.
Public and Private Sector Working in Tandem to Satisfy Need for Affordable Housing
The global population shift from rural to urban areas requires huge investments in housing schemes, infrastructure development, energy systems, and healthcare. This will attract the attention of both government and non-governmental bodies within the public, commercial, and residential spaces. Regulations are aiding the uptake of green materials in Southeast ASIA, South Asia, the UK and Ireland whereas client demand is vital in markets such as North America and Australia.
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Unique Characteristics of Pre-cast Concrete Make it Perfect for Load Bearing Applications
Pre-cast concrete has become immensely popular in recent times as an easy, affordable, and hassle-free construction material for various structures. Pre-cast concrete is not directly poured on site but comes in pre-cast blocks. Autoclaved aerated concrete is a common form of pre-cast concrete that provides high surface texture with low dimensional tolerance, making it ideal for both load bearing and non-load bearing applications. Autoclaved aerated concrete plays a key role in social, economic, and environmental sustainable development. Autoclaved aerated concrete is approx. thrice as light as brick and it has become the default choice in projects that aim to maintain circularity.
Companies Analysed in the Report on the Autoclaved Aerated Concrete (ACC) Market
A few companies profiled in this report on the autoclaved aerated concrete market are H+H UK Ltd, Hebel, Mannok Holdings, Tarmac Building Products Ltd, Xella Group, UAL Industries Ltd., SOLBET, AERCON AAC, Magna, WKB Systems, UltraTech Cement Ltd., AKG Gazbeton, ACICO Group, Eastland Building Materials Co., Ltd, Brickwell, and Biltech Building Elements Limited.
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Fairfield Market Research is a UK-based market research provider. Fairfield offers a wide spectrum of services, ranging from customized reports to consulting solutions. With a strong European footprint, Fairfield operates globally and helps businesses navigate through business cycles, with quick responses and multi-pronged approaches. The company values an eye for insightful take on global matters, ably backed by a team of exceptionally experienced researchers. With a strong repository of syndicated market research reports that are continuously published & updated to ensure the ever-changing needs of customers are met with absolute promptness.
#autoclaved aerated concrete#autoclaved aerated concrete (AAC)#autoclaved aerated concrete market#autoclaved aerated concrete market trends#autoclaved aerated concrete market demand#autoclaved aerated concrete market size#autoclaved aerated concrete market share#autoclaved aerated concrete market forecast#autoclaved aerated concrete market analysis#Building Materials#Concrete Market#Fairfield Market Research
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Autoclaved aerated concrete (AAC) market to reach valuation of ~us$ 22.8 bn by 2027
Key Highlights
According to a new market report published by Transparency Market Research titled ‘Autoclaved Aerated Concrete Market - Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2019–2027,’ the global autoclaved aerated concrete market was valued at around US$ 11.9 Bn in 2018 and is projected to reach nearly US$ 22.8 Bn by 2027, expanding at a CAGR of above 7% between 2019 and 2027.
Autoclaved aerated concrete (AAC), also known as autoclaved cellular concrete (ACC) or autoclaved lightweight concrete (ALC), is a lightweight precast building material whose adoption has been on the rise recently.
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Although the product has been used since 1923, it has garnered immense popularity recently, due to its ability to provide rigid structure, insulation, fire resistance, and economy of construction. AAC has a porous structure. It contains pockets of trapped air, which make it lighter than other building materials. The material can be employed for internal as well as external construction, due to its high thermal insulation and ease of installation. AAC is used as an eco-friendly green building material in residential, commercial, and other types of construction. It is manufactured using fly ash, which is an unavoidable waste of thermal power plants and is available in abundance. Also, AAC is an energy-efficient building material, and it reduces the total cost of construction. Energy consumed for the production of AAC is less as compared to that for other building materials. AAC consumes approximately 50% less energy than concrete. Tiny air pockets and thermal mass of AAC offer thermal insulation, which reduces construction costs related to heating and air-conditioning. AAC reduces heating and cooling requirements by up to 30% due to its thermal insulation properties, resulting in continued financial benefits during the life of the construction.
Increase in Construction Spending Driven by Expansion of the Construction Sector:
Demand for traditional building materials is primarily driven by expansion of the construction sector globally. Overall increase in construction and infrastructure-related activities worldwide has resulted in rise in demand for residential, commercial, and industrial construction, leading to consistent expansion in the building materials industry. Furthermore, macroeconomic factors such as GDP growth in Europe, gradual recovery in construction expenditure across residential and non-residential sectors, and anticipated expansion in the real estate sector supported by government initiatives for providing affordable housing are expected to drive the autoclaved aerated concrete market. Construction of a wall with AAC block walls results in a cost savings as compared to traditional bricks. Due to the low density offered by AAC, the structural load (dead load) is very less, and the structural members can be designed accordingly. In turn, the requirement for concrete and steel is less for the foundation and all structural members of the building. The number of joints is less because of the bigger size of AAC blocks. This reduces the requirement for cement mortar. The labor required to lay AAC blocks is also considerably less, and this results in considerable time savings.
High Investment Costs Associated with the Production of AAC:
AAC has demonstrated its benefits for more than 70 years, owing to its properties such as high heat and fire insulation capacity. AAC structural members with reinforcement can be combined in an integrated production with non-reinforced block material, etc. The integrated production of reinforced products and block materials requires a qualified plant facility with an advanced reinforcement technology. AAC products are manufactured in block factories or in factories with an integrated reinforcement technology that allows for the manufacture of AAC products such as deck and roof elements, wall panels, and lintels apart from blocks. In terms of volume, the production of advanced reinforced components such as panels and lintels has remained subdued as compared to that of blocks. The investment required for building an integrated production facility for manufacturing panels and lintels along with blocks is more than twice that of a simple block.
A plant designed to produce reinforced products is also capable of producing blocks but with slight modifications. However, plants designed specifically for producing blocks have lower capital cost than those designed to manufacture reinforced products. Moreover, the process time required in case of panels and lintels for pressure rise and curing in autoclaves is almost twice that of blocks.
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Affordable Housing in Emerging Nations:
The demand for affordable housing is likely to remain robust, driven by a rising population, young demographic profile, shift toward nuclear families, and rapid urbanization. For instance, the market potential of affordable housing projects in India is expected to touch US$ 930 Bn by 2022. The Indian government’s scheme, Pradhan Mantri Awas Yojana, aims to construct two crore (20 million) houses in India, in three phases, till 2022. Housing shortage is expected to increase from the current level of 19 million units to 25 million by 2021, based on a stable decadal growth rate.
The demand for Autoclaved Aerated Concrete Market is Primarily Driven by the Increasing Use of AAC Blocks as a Preferred Building Material
The autoclaved aerated concrete market has been segmented based on product and end-use. Based on product, the autoclaved aerated concrete market has been divided into block, wall panel, floor panel, roof panel, cladding panel, and others. In terms of end-use, the autoclaved aerated concrete market has been classified into residential, commercial, and others. Blocks was the dominant product segment of the AAC market in 2018. In terms of revenue, the blocks segment accounted for more than 48% share of the global autoclaved aerated concrete market in 2018. The panel segment is also likely to expand at a significant pace during the forecast period, as panels offer a combination of strength and thermal and acoustic insulation. AAC wall panels are an ideal building solution for large-scale, industrial, and commercial construction
Residential Sector on Account of Rapid Urbanization Particularly in Emerging Economies is the Dominant End User Segment
In terms of end-use, the residential construction segment dominated the global autoclaved aerated concrete market in 2018. Rise in urbanization, increased purchasing power, growing population, and need for affordable housing are estimated to drive the autoclaved aerated concrete market in developing countries during the forecast period. However, lack of awareness about AAC among construction professionals, builders, developers, and architects is likely to act as a restraint for the global AAC market.
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Europe is the Largest Consumer and Producer of AAC
Demand for AAC is high in Europe, followed by Asia Pacific and Middle East & Africa. AAC products have been in use in Europe for more than 70 years. Europe dominated the global autoclaved aerated concrete market in terms of revenue, accounting for more than 34% share of the global market in 2018. This is due to the presence of local AAC manufacturing facilities across Europe, with countries such as Poland, Russia, Germany, and the U.K. dominating the market in the region. The autoclaved aerated concrete market in Asia Pacific is estimated to expand significantly during the forecast period. This is attributed to a growing population and rapid urbanization, especially in emerging countries such as China and India. Increase in the number of infrastructure and commercial development activities is expected to fuel demand for AAC in Middle East & Africa. The AAC market in North America is expected to expand at a steady pace during the forecast period, due to prevalence of wood-based construction across the region and a limited number of AAC manufacturing facilities. Moreover, government initiatives to promote green building construction and establishment of state councils in various regions by the World Green Building Council (WGBC) are likely to propel the AAC market in North America and Latin America
Enhancement of Production Capabilities by Key Players
Key players profiled in the report of the autoclaved aerated concrete market include Xella Group, H+H International, SOLBET, ACICO, AERCON AAC, UltraTech Cement Ltd., Biltech Building Elements Limited, AKG Gazbeton, Bulidmate, Eastland Building Materials Co., Ltd., Brickwell, and UAL Industries Ltd. Major players operating in the market are investing significantly in the expansion of production capacity in order to meet the increase in demand. For instance, CSR Hebel, Australia’s leading manufacturer of high-quality autoclaved aerated concrete (AAC), expanded its production capacity by building a second production line in Somersby, Australia in September 2017. This highly automated plant is specially designed for panel production only and is expected to have a capacity of 300,000 cubic meters per year. The facility is equipped with the latest available Aircrete technology, making it one of the world’s most advanced and highly automated AAC panel plants.
Companies in the Autoclaved Aerated Concrete (AAC) market have increasingly shifted gears with wide application of digital technology across the continuum, from raw material sourcing to manufacturing to generation of final output, to warehousing to final distribution operations. Among the various affects, the market is witnessing new growth economics due to thinning of line between specialty and commodity businesses that are associated with the larger ecosystem. At the same time, new growth parameters are being vigorously being debated as industry stakeholders put greater emphasis on the circular economy processes.
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Get the Scoop on Hebel Wall Cladding Before You're Too Late
Vinyl cladding ought to be UV resistant, flame resistant and simple to wash. Vinyl cladding comes in a range of colours and may have a wood grain or smooth finish. Vinyl cladding is just one of the least expensive varieties of cladding.
Abbey's Cladding is great for most buildings including your organization, if you want to stand out and impress your customers. Abbey's Cladding comes in long lengths and in a wide selection of coloursthat will certainly enhance the exterior of your company or workplace. Abbey Thermalboards' Cladding is a superb investment since it includes a 50 year Australian warranty.
While cladding alone can increase the worth of a house, also consider the garden, fencing and other details that may also increase the value of a house. Aluminium cladding is simpler to install than steel, as it's lighter. This kind of cladding has been in existence since the 1970s. Weatherboard cladding comes in a number of sizes and shapes. It will be dependent on the cladding used and possibly a mixture of claddings. You may rely on us for wall cladding with no doubt. Our Hebel-based wall cladding isn't only simple to keep, but feels equally as solid as other building alternatives and offers an outstanding quality, long-term investment.
What Hebel wall cladding Is - and What it Is Not
Have a look at the below link about construction systems (should you haven't already) you might discover that it's interesting. If you don't know which system that you have, try to recognize a similar system and stick to the overall advice with that manufacturer. In general, the Hebel PowerPanel system is a dependable, high performing solution when it regards intertenancy walls. Hebel systems are made to make fire-rating compliance easy and straightforward. Hebel external wall methods supply you with a good finish that may be rendered in a diverse assortment of colours, with the plan flexibility to accomplish the appearance and street appeal you desire.
In order to demonstrate the capacity of new alternative materials, particularly weak materials such as mycelium, we should find the geometry right. Likewise the material necessary for rendering is also lower as a result of dimensional accuracy of AAC. Imagine having the ability to say your stunning new home was built with the most recent Australian designed building materials.
New Questions About Hebel Wall Cladding
The Companies Office has started the procedure to remove the firm. In case the house is less than ten years old, you might be able to generate a claim under the Weathertight Homes Resolution Act 2002. A plain house with new cladding will stick out and the worth of the home can increase. If your house is in danger of being a leaky building, you must be particularly vigilant in your maintenance checks. If your home is a leaky building you will need expert assistance. Painting your home every couple of years can be wasteful and costly.
A single kind of cladding may appear bland, so take a look at our House Exterior photo pages and find out how many homes combine cladding elements to create a lovely exterior. There is not as much demand for on-site trimming. Although there's a whole lot of manufacturing involved with making metal cladding, it's possible to install recycled metallic cladding and also to recycle it at the conclusion of its time for a home.
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LafargeHolcim Awards Next Generation prizes 2021
LafargeHolcim Awards Next Generation prizes, Competition, Architects, Buildings, Projects, News, Design
LafargeHolcim Awards Next Generation prizes Europe 2021
International Architectural Contest – global prize in sustainable design
14 June 2021
LafargeHolcim Awards Next Generation prizes Europe 2021 News
• Accumulating Shelter in Spain – Dune reconstructive bayside infrastructure
A project where the forces of nature are harnessed by creative landscape design and iconic architecture to regenerate the northern coastline of Cádiz.
Winner: Javier Estebala Alández, architect, Madrid, Spain
• Thermal Processor in Switzerland – Waste energy recovery for residential use
A project to convert the waste heat from a data center in Zurich into “free” energy for heating and cooling.
Winner: Yufei He, architect and scientific assistant, ETH Zurich, Switzerland
• Transforming Collectivity in Belgium – Community housing for socially empowered living
A social housing concept for Brussels where transformation, sharing and support are the premises for more sustainable and socially empowered living.
Winner: Annik Keoseyan, architect and urban designer, Mexico City, Mexico
• Tessellated Cleansing from the United Kingdom – Bioremediation tiles for water purification
A ribbed tile uses microalgal bioremediation to clean polluted water and empower local communities in developing countries.
Winner: Shneel Malik, architect & biodesign researcher, Bio-Integrated Design Lab, Bartlett School of Architecture, UCL, London, United Kingdom
Next Generation prize winners Europe
Between aesthetics and efficiency
The LafargeHolcim Awards are the world’s most significant competition for sustainable design.
The Next Generation category recognizes the visionary concepts and bold ideas of young professionals and students. In the competition region of Europe, the jury selected four entries to receive Next Generation prizes. The winning projects from Switzerland, Spain, Belgium, and the United Kingdom each highlight a different aspect of sustainable construction.
The issue of sustainability in the construction sector is of paramount importance because the construction and maintenance of buildings accounts for 40 percent of both energy and material consumption worldwide. In view of climate change and diminishing resources, new approaches are needed along the entire value chain of the construction industry.
Developing and applying these new approaches are what the LafargeHolcim Awards promote. Every three years, the competition is held in five world regions and then globally. The prize money totals USD 2 million.
The number of entries shows how intensively specialists from the fields of architecture, engineering, urban planning, materials science, construction technology, and related disciplines deal with sustainability issues: A total of 4,742 projects from 134 countries were submitted. About half of them fully met the competition requirements and were then scrutinized in extensive online jury meetings in the five competition regions. The juries spent a total of over 100 hours sifting through and ranking the winners in the Main and Next Generation categories. In this process, they used the five Target Issues for Sustainable Construction with which the LafargeHolcim Foundation assesses sustainability.
Summarized as Progress, People, Planet, Prosperity, and Place, the Target Issues outline the critical factors of making the environments we build and inhabit truly viable as the building sector moves toward net-zero emissions and circular material flows.
Many high-level Next Generation entries
The Next Generation category seeks visionary concepts and is open to participants up to 30 years of age, whereas the Main category is for projects that are ready for implementation. In the current competition, around half of the entries worldwide were submitted in the Next Generation category.
“It has been a challenging set of discussions mainly because there were so many high-standard entries,” enthuses Jeannette Kuo. The Swiss architect and founding partner of Karamuk Kuo Architects served as head of the jury for Europe.
The jury included professionals from across the region: Kristiaan Borret (Chief Architect, Brussels-Capital Region, Belgium); Nuno Brandão Costa (Brandão Costa Arquitectos, Portugal); Hélène Lombois-Burger (R&D Project Manager for Digital Design & Fabrication, LafargeHolcim Innovation Center, France); Eva Pfannes (Ooze Architects, The Netherlands); Sergei Tchoban (SPEECH architectural office, Russia); and Alexandre Theriot (BRUTHER, Switzerland/France).
Further jury members from the LafargeHolcim Foundation Academic Committee were Marilyne Andersen (Professor of Sustainable Construction Technologies, EPFL Lausanne, Switzerland) and Dirk Hebel (Dean of Architecture & Professor of Sustainable Construction, Karlsruhe Institute of Technology, Germany).
Each winning idea highlights a different perspective of sustainability
The distinguished jury of experts was impressed by the quality of the projects submitted, explains Jeannette Kuo: “It was wonderful to see that the issue of sustainability is now discussed across the board in Europe. Many projects were dealing with materiality and issues of construction, some with new ways of understanding sustainability: social sustainability, for example, or infrastructural thinking behind how a building might evolve over time.”
The jury for Europe refrained from ranking the Next Generation winners. “We had huge debates over the ranking of the projects,” recounts Jeannette Kuo, “and no argument seemed to be adequate.” Consequently, the experts decided to select four entries to receive the Next Generation prize ex aequo, including prize money of USD 15,000 each. Kuo: “All four winning projects highlight very different perspectives of the topic and therefore deserved a similar recognition.”
In addition to the prize money, each winner receives a personalized trophy featuring the Modulor of the Swiss architect Le Corbusier. The trophy base is made of ECOPact, a low-carbon concrete by LafargeHolcim, showcasing materials that enable circular flows and carbon-neutral construction. LafargeHolcim is the sponsor of the LafargeHolcim Foundation, which conducts the competition. “With their fresh ideas, the Next Generation Awards prize winners keep us at the forefront of sustainable and innovative building solutions”, says Jan Jenisch, CEO of LafargeHolcim.
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Large-scale transformation in Spain
The cove of La Punta de San Felipe at the Andalusian port city of Cadiz is exposed to strong winds that cause vast amounts of sand to accumulate. Madrid architect Javier Estebala Alández proposes the solution of redesigning the coastal zone with a dune beach.
“The project focuses on a large-scale transformation using the power of sea and wind to create a new geography in the city,” he explains. The design consists of three main elements.
An imposing high-tech structure serves as a windbreak and catches wind-borne sand particles that settle at the foot of the structure. This creates the second element, a dune that will gradually grow over an existing structure. The third element is an adjacent jetty to be transformed into a public park.
“The project plays with a whole range of topics,” praises jury member Marilyne Andersen, “with arts, the notion of shelter, comfort, and basic bioclimatic principles.”
The Awards jury was furthermore impressed by the use of natural phenomena as part of the coastal reconfiguration. The project, according to their unanimous opinion, offers benefits for the population, the ecosystem, and tourism.
Andersen: “It tries to bring everything into a utopian proposal. It has all the ingredients that show a convincing awareness to what makes a sustainable project.”
Energy network development in Switzerland
There are over 4,000 data centers in Switzerland, which require a great deal of energy and release an immense amount of heat. With his project, Yufei He, architect and scientific assistant at the ETH Zurich, plans to utilize this waste heat. He has designed a building that provides energy for Zurich’s heating and cooling network.
The long, slender structure to be built on the banks of the Sihl River is both a waste-heat power plant and a residential building. Solar modules on the facades supply thedata center with energy. The waste heat at 60°C is cooled by sorption machines to either 35°C or 12°C, ideal temperatures for heating and cooling. “The project raises contemporary questions at different scales,” says Yufei He, “from the energy network development in Zurich to a new form of living within the process of digitalization and densification.”
The Awards jury was intrigued by the visionary qualities of the project. It offers aesthetic and functional solutions to environmental problems caused by data centers. “It feels natural to use waste for something else,” says Marilyne Andersen. “But it’s not so easy to implement this in an efficient way. It needs a network for the waste of one to become the input to another. In this project the value also lies in the materiality, in the bold design.”
Reinterpretation of existing structures in Belgium
Population growth has led to a shortage of living space in cities such as Brussels. Responding to urban densification is therefore increasingly important. The project by Annik Keoseyan, architect and urban designer from Mexico City, proposes an upgrade of the social housing infrastructure.
The concept is based on the principle of sharing: The buildings offer numerous different apartment typologies to accommodate every household size. Personal living space is minimized, whereas spaces that can be shared, for example kitchens and living rooms, are enlarged.
This increases the useable space per resident. At the same time, overall space requirements and energy consumption are optimized and social interaction is intensified.
The Awards jury commends the maturity and pragmatic nature of the project, which addresses two core sustainability issues: the reinterpretation of existing structures and the promotion of social sustainability. Marilyne Andersen explains: “It’s complex because it addresses many different dimensions of sustainable living.
But it’s also pragmatic in the sense that it seems feasible. It embraces reality. It excels with its adaptability and flexibility.” Annik Keoseyan: “The Award gives the project a visibility that will help to push the idea into next dimension.”
Microalgae for wastewater treatment in the United Kingdom
Water pollution is a problem in many countries, often due to a lack of adequate infrastructure for wastewater treatment. Shneel Malik, doctoral student at the Bartlett School of Architecture at University College London, proposes a system to purify water using microalgae: “It’s not only sustainable, it’s bio-integrated,” she says.
Shneel Malik, architect & biodesign researcher, Bio-Integrated Design Lab, London, UK:
“We aim at setting new forms of daily practices by rethinking our relationship to our natural resources – in particular, water.” The project is based on the ability of microalgae to convert complex organisms and inorganic waste into less toxic products. The algae are grown on ceramic tiles, and they isolate heavy metals from the water flowing over them.
The design of the tiles is inspired by leaves and can be made with locally available materials. The tiles must be periodically renewed to maintain the system efficiency, and tile production and replacement provides new jobs.
The Awards jury commends the effective approach of the project. Bio-based technology with simple production lends itself to widespread application. “What makes this project stand out is the very elegant, carefully crafted prototype,” says Marilyne Andersen. “The project tests itself against reality. It was actually built to see how it would perform on a one-to-one scale.”
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Main category Awards winners to be announced in November
The worldwide total of 21 Next Generation category winners will be presented virtually, whereas the winning projects and authors in the Main category will be honored at a hybrid event at the international Venice Biennale of Architecture in mid-November 2021. At this event, the 33 regional winners will be celebrated and the winners of the global LafargeHolcim Awards Gold, Silver and Bronze 2021 will be announced.
Virtual presentations of the Next Generation winners, including detailed descriptions of the winning projects from each world region, complete jury reports, and numerous photos and videos, are available at https://ift.tt/3cCPifa. The English-French trade journal “L’Architecture d’Aujourd’hui” has devoted a special issue to the Next Generation winners of the LafargeHolcim Awards.
Striving to make the world greener, smarter and healthier for all
The LafargeHolcim Foundation for Sustainable Construction was created in 2003 by LafargeHolcim as an independent legal entity to raise awareness of the important role that architecture, engineering, urban planning and the building industry have in achieving a more sustainable future. LafargeHolcim is the global leader in building solutions across more than 70 markets. The Group is reinventing how the world builds to make it greener, smarter and healthier for all.
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Autoclaved Aerated Concrete (AAC) Market expanding at a CAGR of above 7%
Key Highlights
According to a new market report published by Transparency Market Research titled ‘Autoclaved Aerated Concrete Market – Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2019–2027,’ the global autoclaved aerated concrete market was valued at around US$ 11.9 Bn in 2018 and is projected to reach nearly US$ 22.8 Bn by 2027, expanding at a CAGR of above 7% between 2019 and 2027.
Autoclaved aerated concrete (AAC), also known as autoclaved cellular concrete (ACC) or autoclaved lightweight concrete (ALC), is a lightweight precast building material whose adoption has been on the rise recently.
Although the product has been used since 1923, it has garnered immense popularity recently, due to its ability to provide rigid structure, insulation, fire resistance, and economy of construction. AAC has a porous structure. It contains pockets of trapped air, which make it lighter than other building materials. The material can be employed for internal as well as external construction, due to its high thermal insulation and ease of installation. AAC is used as an eco-friendly green building material in residential, commercial, and other types of construction.
It is manufactured using fly ash, which is an unavoidable waste of thermal power plants and is available in abundance. Also, AAC is an energy-efficient building material, and it reduces the total cost of construction. Energy consumed for the production of AAC is less as compared to that for other building materials. AAC consumes approximately 50% less energy than concrete. Tiny air pockets and thermal mass of AAC offer thermal insulation, which reduces construction costs related to heating and air-conditioning. AAC reduces heating and cooling requirements by up to 30% due to its thermal insulation properties, resulting in continued financial benefits during the life of the construction.
Request PDF Brochure –
https://www.transparencymarketresearch.com/sample/sample.php?flag=B&rep_id=12650
Increase in Construction Spending Driven by Expansion of the Construction Sector:
Demand for traditional building materials is primarily driven by expansion of the construction sector globally. Overall increase in construction and infrastructure-related activities worldwide has resulted in rise in demand for residential, commercial, and industrial construction, leading to consistent expansion in the building materials industry.
Furthermore, macroeconomic factors such as GDP growth in Europe, gradual recovery in construction expenditure across residential and non-residential sectors, and anticipated expansion in the real estate sector supported by government initiatives for providing affordable housing are expected to drive the autoclaved aerated concrete market.
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Construction of a wall with AAC block walls results in a cost savings as compared to traditional bricks. Due to the low density offered by AAC, the structural load (dead load) is very less, and the structural members can be designed accordingly. In turn, the requirement for concrete and steel is less for the foundation and all structural members of the building. The number of joints is less because of the bigger size of AAC blocks. This reduces the requirement for cement mortar. The labor required to lay AAC blocks is also considerably less, and this results in considerable time savings.
High Investment Costs Associated with the Production of AAC:
AAC has demonstrated its benefits for more than 70 years, owing to its properties such as high heat and fire insulation capacity. AAC structural members with reinforcement can be combined in an integrated production with non-reinforced block material, etc. The integrated production of reinforced products and block materials requires a qualified plant facility with an advanced reinforcement technology.
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AAC products are manufactured in block factories or in factories with an integrated reinforcement technology that allows for the manufacture of AAC products such as deck and roof elements, wall panels, and lintels apart from blocks. In terms of volume, the production of advanced reinforced components such as panels and lintels has remained subdued as compared to that of blocks. The investment required for building an integrated production facility for manufacturing panels and lintels along with blocks is more than twice that of a simple block.
A plant designed to produce reinforced products is also capable of producing blocks but with slight modifications.However, plants designed specifically for producing blocks have lower capital cost than those designed to manufacture reinforced products. Moreover, the process time required in case of panels and lintels for pressure rise and curing in autoclaves is almost twice that of blocks.
Affordable Housing in Emerging Nations:
The demand for affordable housing is likely to remain robust, driven by a rising population, young demographic profile, shift toward nuclear families, and rapid urbanization. For instance, the market potential of affordable housing projects in India is expected to touch US$ 930 Bn by 2022. The Indian government’s scheme, Pradhan Mantri Awas Yojana, aims to construct two crore (20 million) houses in India, in three phases, till 2022. Housing shortage is expected to increase from the current level of 19 million units to 25 million by 2021, based on a stable decadal growth rate.
The demand for Autoclaved Aerated Concrete Market is Primarily Driven by the Increasing Use of AAC Blocks as a Preferred Building Material
The autoclaved aerated concrete market has been segmented based on product and end-use. Based on product, the autoclaved aerated concrete market has been divided into block, wall panel, floor panel, roof panel, cladding panel, and others. In terms of end-use, the autoclaved aerated concrete market has been classified into residential, commercial, and others. Blocks was the dominant product segment of the AAC market in 2018. In terms of revenue, the blocks segment accounted for more than 48% share of the global autoclaved aerated concrete market in 2018.
The panel segment is also likely to expand at a significant pace during the forecast period, as panels offer a combination of strength and thermal and acoustic insulation. AAC wall panels are an ideal building solution for large-scale, industrial, and commercial construction
Residential Sector on Account of Rapid Urbanization Particularly in Emerging Economies is the Dominant End User Segment
In terms of end-use, the residential construction segment dominated the global autoclaved aerated concrete market in 2018. Rise in urbanization, increased purchasing power, growing population, and need for affordable housing are estimated to drive the autoclaved aerated concrete market in developing countries during the forecast period. However, lack of awareness about AAC among construction professionals, builders, developers, and architects is likely to act as a restraint for the global AAC market.
Europe is the Largest Consumer and Producer of AAC
Demand for AAC is high in Europe, followed by Asia Pacific and Middle East & Africa. AAC products have been in use in Europe for more than 70 years. Europe dominated the global autoclaved aerated concrete market in terms of revenue, accounting for more than 34% share of the global market in 2018. This is due to the presence of local AAC manufacturing facilities across Europe, with countries such as Poland, Russia, Germany, and the U.K. dominating the market in the region. The autoclaved aerated concrete market in Asia Pacific is estimated to expand significantly during the forecast period.
This is attributed to a growing population and rapid urbanization, especially in emerging countries such as China and India. Increase in the number of infrastructure and commercial development activities is expected to fuel demand for AAC in Middle East & Africa. The AAC market in North America is expected to expand at a steady pace during the forecast period, due to prevalence of wood-based construction across the region and a limited number of AAC manufacturing facilities. Moreover, government initiatives to promote green building construction and establishment of state councils in various regions by the World Green Building Council (WGBC) are likely to propel the AAC market in North America and Latin America
Enhancement of Production Capabilities by Key Players
Key players profiled in the report of the autoclaved aerated concrete market include Xella Group, H+H International, SOLBET, ACICO, AERCON AAC, UltraTech Cement Ltd., Biltech Building Elements Limited, AKG Gazbeton, Bulidmate, Eastland Building Materials Co., Ltd., Brickwell, and UAL Industries Ltd. Major players operating in the market are investing significantly in the expansion of production capacity in order to meet the increase in demand. For instance, CSR Hebel, Australia’s leading manufacturer of high-quality autoclaved aerated concrete (AAC), expanded its production capacity by building a second production line in Somersby, Australia in September 2017. This highly automated plant is specially designed for panel production only and is expected to have a capacity of 300,000 cubic meters per year. The facility is equipped with the latest available Aircrete technology, making it one of the world’s most advanced and highly automated AAC panel plants.
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Autoclaved Aerated Concrete Market Poised to Expand at a Robust Pace by 2026
According to a new market report published by Transparency Market Research titled ‘Autoclaved Aerated Concrete Market – Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2018–2026,’ the global autoclaved aerated concrete market was valued at around US$ 11 Bn in 2017 and is projected to reach nearly US$ 20 Bn by 2026, expanding at a CAGR of above 7% between 2017 and 2026.
Autoclaved aerated concrete (AAC), also known as autoclaved cellular concrete (ACC) or autoclaved lightweight concrete (ALC), is a lightweight precast building material whose adoption has been on the rise recently.
Although the product has been used since 1923, it has garnered immense popularity recently, due to its ability to provide rigid structure, insulation, fire resistance, and economy of construction. AAC has a porous structure. It contains pockets of trapped air, which make it lighter than other building materials. The material can be employed for internal as well as external construction, due to its high thermal insulation and ease of installation. AAC is used as an eco-friendly green building material in residential, commercial, and other types of construction. It is manufactured using fly ash, which is an unavoidable waste of thermal power plants and is available in abundance. Also, AAC is an energy-efficient building material, and it reduces the total cost of construction. Energy consumed for the production of AAC is less as compared to that for other building materials. AAC consumes approximately 50% less energy than concrete. Tiny air pockets and thermal mass of AAC offer thermal insulation, which reduces construction costs related to heating and air-conditioning. AAC reduces heating and cooling requirements by up to 30% due to its thermal insulation properties, resulting in continued financial benefits during the life of the construction.
Increase in Construction Spending Driven by Expansion of the Construction Sector:
Demand for traditional building materials is primarily driven by expansion of the construction sector globally. Overall increase in construction and infrastructure-related activities worldwide has resulted in rise in demand for residential, commercial, and industrial construction, leading to consistent expansion in the building materials industry. Furthermore, macroeconomic factors such as GDP growth in Europe, gradual recovery in construction expenditure across residential and non-residential sectors, and anticipated expansion in the real estate sector supported by government initiatives for providing affordable housing are expected to drive the autoclaved aerated concrete market. Construction of a wall with AAC block walls results in a cost savings as compared to traditional bricks. Due to the low density offered by AAC, the structural load (dead load) is very less, and the structural members can be designed accordingly. In turn, the requirement for concrete and steel is less for the foundation and all structural members of the building. The number of joints is less because of the bigger size of AAC blocks. This reduces the requirement for cement mortar. The labor required to lay AAC blocks is also considerably less, and this results in considerable time savings.
High Investment Costs Associated with the Production of AAC:
AAC has demonstrated its benefits for more than 70 years, owing to its properties such as high heat and fire insulation capacity. AAC structural members with reinforcement can be combined in an integrated production with non-reinforced block material, etc. The integrated production of reinforced products and block materials requires a qualified plant facility with an advanced reinforcement technology. AAC products are manufactured in block factories or in factories with an integrated reinforcement technology that allows for the manufacture of AAC products such as deck and roof elements, wall panels, and lintels apart from blocks. In terms of volume, the production of advanced reinforced components such as panels and lintels has remained subdued as compared to that of blocks. The investment required for building an integrated production facility for manufacturing panels and lintels along with blocks is more than twice that of a simple block.
A plant designed to produce reinforced products is also capable of producing blocks but with slight modifications. However, plants designed specifically for producing blocks have lower capital cost than those designed to manufacture reinforced products. Moreover, the process time required in case of panels and lintels for pressure rise and curing in autoclaves is almost twice that of blocks.
Affordable Housing in Emerging Nations:
The demand for affordable housing is likely to remain robust, driven by a rising population, young demographic profile, shift toward nuclear families, and rapid urbanization. For instance, the market potential of affordable housing projects in India is expected to touch US$ 930 Bn by 2022. The Indian government’s scheme, Pradhan Mantri Awas Yojana, aims to construct two crore (20 million) houses in India, in three phases, till 2022. Housing shortage is expected to increase from the current level of 19 million units to 25 million by 2021, based on a stable decadal growth rate.
To obtain all-inclusive information on forecast analysis of Global Market , request a PDF brochure here.
The demand for Autoclaved Aerated Concrete Market is Primarily Driven by the Increasing Use of AAC Blocks as a Preferred Building Material
The autoclaved aerated concrete market has been segmented based on product and end-use. Based on product, the autoclaved aerated concrete market has been divided into block, wall panel, floor panel, roof panel, cladding panel, and others. In terms of end-use, the autoclaved aerated concrete market has been classified into residential, commercial, and others. Blocks was the dominant product segment of the AAC market in 2017. In terms of revenue, the blocks segment accounted for more than 48% share of the global autoclaved aerated concrete market in 2017. The panel segment is also likely to expand at a significant pace during the forecast period, as panels offer a combination of strength and thermal and acoustic insulation. AAC wall panels are an ideal building solution for large-scale, industrial, and commercial construction
Residential Sector on Account of Rapid Urbanization Particularly in Emerging Economies is the Dominant End User Segment
In terms of end-use, the residential construction segment dominated the global autoclaved aerated concrete market in 2017. Rise in urbanization, increased purchasing power, growing population, and need for affordable housing are estimated to drive the autoclaved aerated concrete market in developing countries during the forecast period. However, lack of awareness about AAC among construction professionals, builders, developers, and architects is likely to act as a restraint for the global AAC market.
Europe is the Largest Consumer and Producer of AAC
Demand for AAC is high in Europe, followed by Asia Pacific and Middle East & Africa. AAC products have been in use in Europe for more than 70 years. Europe dominated the global autoclaved aerated concrete market in terms of revenue, accounting for more than 34% share of the global market in 2017. This is due to the presence of local AAC manufacturing facilities across Europe, with countries such as Poland, Russia, Germany, and the U.K. dominating the market in the region. The autoclaved aerated concrete market in Asia Pacific is estimated to expand significantly during the forecast period. This is attributed to a growing population and rapid urbanization, especially in emerging countries such as China and India. Increase in the number of infrastructure and commercial development activities is expected to fuel demand for AAC in Middle East & Africa. The AAC market in North America is expected to expand at a steady pace during the forecast period, due to prevalence of wood-based construction across the region and a limited number of AAC manufacturing facilities. Moreover, government initiatives to promote green building construction and establishment of state councils in various regions by the World Green Building Council (WGBC) are likely to propel the AAC market in North America and Latin America
Enhancement of Production Capabilities by Key Players
Key players profiled in the report of the autoclaved aerated concrete market include Xella Group, H+H International, SOLBET, ACICO, AERCON AAC, UltraTech Cement Ltd., Biltech Building Elements Limited, AKG Gazbeton, Bulidmate, Eastland Building Materials Co., Ltd., Brickwell, and UAL Industries Ltd. Major players operating in the market are investing significantly in the expansion of production capacity in order to meet the increase in demand. For instance, CSR Hebel, Australia’s leading manufacturer of high-quality autoclaved aerated concrete (AAC), expanded its production capacity by building a second production line in Somersby, Australia in September 2017. This highly automated plant is specially designed for panel production only and is expected to have a capacity of 300,000 cubic meters per year. The facility is equipped with the latest available Aircrete technology, making it one of the world’s most advanced and highly automated AAC panel plants.
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Text
Autoclaved Aerated Concrete (AAC) Market Estimated to reach more than US$ 20 Bn by 2026
According to a new market report published by Transparency Market Research titled ‘Autoclaved Aerated Concrete (AAC) – Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2018–2026,’ the global autoclaved aerated concrete (AAC) market was valued at around US$ 11 Bn in 2017 and is projected to reach nearly US$ 20 Bn by 2026, expanding at a CAGR of above 7% between 2017 and 2026.Autoclaved aerated concrete (AAC), also known as autoclaved cellular concrete (ACC) or autoclaved lightweight concrete (ALC), is a lightweight precast building material whose adoption has been on the rise recently.
Request to view Brochure Report:
https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=12650
Although the product has been used since 1923, it has garnered immense popularity recently, due to its ability to provide rigid structure, insulation, fire resistance, and economy of construction. AAC has a porous structure. It contains pockets of trapped air, which make it lighter than other building materials. The material can be employed for internal as well as external construction, due to its high thermal insulation and ease of installation. AAC is used as an eco-friendly green building material in residential, commercial, and other types of construction. It is manufactured using fly ash, which is an unavoidable waste of thermal power plants and is available in abundance. Also, AAC is an energy-efficient building material, and it reduces the total cost of construction. Energy consumed for the production of AAC is less as compared to that for other building materials. AAC consumes approximately 50% less energy than concrete. Tiny air pockets and thermal mass of AAC offer thermal insulation, which reduces construction costs related to heating and air-conditioning. AAC reduces heating and cooling requirements by up to 30% due to its thermal insulation properties, resulting in continued financial benefits during the life of the construction.
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https://www.transparencymarketresearch.com/sample/sample.php?flag=CR&rep_id=12650
Demand for traditional building materials is primarily driven by expansion of the construction sector globally. Overall increase in construction and infrastructure-related activities worldwide has resulted in rise in demand for residential, commercial, and industrial construction, leading to consistent expansion in the building materials industry. Furthermore, macroeconomic factors such as GDP growth in Europe, gradual recovery in construction expenditure across residential and non-residential sectors, and anticipated expansion in the real estate sector supported by government initiatives for providing affordable housing are expected to drive the AAC market. Construction of a wall with AAC block walls results in a cost savings as compared to traditional bricks. Due to the low density offered by AAC, the structural load (dead load) is very less, and the structural members can be designed accordingly. In turn, the requirement for concrete and steel is less for the foundation and all structural members of the building. The number of joints is less because of the bigger size of AAC blocks. This reduces the requirement for cement mortar. The labor required to lay AAC blocks is also considerably less, and this results in considerable time savings.
AAC has demonstrated its benefits for more than 70 years, owing to its properties such as high heat and fire insulation capacity. AAC structural members with reinforcement can be combined in an integrated production with non-reinforced block material, etc. The integrated production of reinforced products and block materials requires a qualified plant facility with an advanced reinforcement technology. AAC products are manufactured in block factories or in factories with an integrated reinforcement technology that allows for the manufacture of AAC products such as deck and roof elements, wall panels, and lintels apart from blocks. In terms of volume, the production of advanced reinforced components such as panels and lintels has remained subdued as compared to that of blocks. The investment required for building an integrated production facility for manufacturing panels and lintels along with blocks is more than twice that of a simple block.
A plant designed to produce reinforced products is also capable of producing blocks but with slight modifications. However, plants designed specifically for producing blocks have lower capital cost than those designed to manufacture reinforced products. Moreover, the process time required in case of panels and lintels for pressure rise and curing in autoclaves is almost twice that of blocks.
The demand for affordable housing is likely to remain robust, driven by a rising population, young demographic profile, shift toward nuclear families, and rapid urbanization. For instance, the market potential of affordable housing projects in India is expected to touch US$ 930 Bn by 2022. The Indian government’s scheme, Pradhan Mantri Awas Yojana, aims to construct two crore (20 million) houses in India, in three phases, till 2022. Housing shortage is expected to increase from the current level of 19 million units to 25 million by 2021, based on a stable decadal growth rate.
The autoclaved aerated concrete (AAC) market has been segmented based on product and end-use. Based on product, the AAC market has been divided into block, wall panel, floor panel, roof panel, cladding panel, and others. In terms of end-use, the market has been classified into residential, commercial, and others. Blocks was the dominant product segment of the AAC market in 2017. In terms of revenue, the blocks segment accounted for more than 48% share of the global AAC market in 2017. The panel segment is also likely to expand at a significant pace during the forecast period, as panels offer a combination of strength and thermal and acoustic insulation. AAC wall panels are an ideal building solution for large-scale, industrial, and commercial constructionResidential Sector on Account of Rapid Urbanization Particularly in Emerging Economies is the Dominant End User Segment
In terms of end-use, the residential construction segment dominated the global AAC market in 2017. Rise in urbanization, increased purchasing power, growing population, and need for affordable housing are estimated to drive the AAC market in developing countries during the forecast period. However, lack of awareness about AAC among construction professionals, builders, developers, and architects is likely to act as a restraint for the global AAC market.
Demand for AAC is high in Europe, followed by Asia Pacific and Middle East & Africa. AAC products have been in use in Europe for more than 70 years. Europe dominated the global AAC market in terms of revenue, accounting for more than 34% share of the global market in 2017. This is due to the presence of local AAC manufacturing facilities across Europe, with countries such as Poland, Russia, Germany, and the U.K. dominating the market in the region. The AAC market in Asia Pacific is estimated to expand significantly during the forecast period. This is attributed to a growing population and rapid urbanization, especially in emerging countries such as China and India. Increase in the number of infrastructure and commercial development activities is expected to fuel demand for AAC in Middle East & Africa. The AAC market in North America is expected to expand at a steady pace during the forecast period, due to prevalence of wood-based construction across the region and a limited number of AAC manufacturing facilities. Moreover, government initiatives to promote green building construction and establishment of state councils in various regions by the World Green Building Council (WGBC) are likely to propel the AAC market in North America and Latin America
Key players profiled in the report of the AAC market include Xella Group, H+H International, SOLBET, ACICO, AERCON AAC, UltraTech Cement Ltd., Biltech Building Elements Limited, AKG Gazbeton, Bulidmate, Eastland Building Materials Co., Ltd., Brickwell, and UAL Industries Ltd. Major players operating in the market are investing significantly in the expansion of production capacity in order to meet the increase in demand. For instance, CSR Hebel, Australia’s leading manufacturer of high-quality autoclaved aerated concrete (AAC), expanded its production capacity by building a second production line in Somersby, Australia in September 2017. This highly automated plant is specially designed for panel production only and is expected to have a capacity of 300,000 cubic meters per year. The facility is equipped with the latest available Aircrete technology, making it one of the world’s most advanced and highly automated AAC panel plants.
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What You Should Wear To Homedesign Net | homedesign net
SCOTTSDALE, Ariz., Dec. 4, 2018 /PRNewswire/ — A new agenda year brings beginning architecture trends for homeowners to alpha accumulation into their homes. With added than 8,000 homes congenital aftermost year, civic homebuilder and developer Taylor Morrison has appropriate acumen into the architecture trends buyers are accumulation into their homes. Here are nine trends from the builder’s centralized architecture experts for 2019 based on the selections homebuyers are allotment today.
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1. Advantageous homes. “One trend we’re seeing is a about-face against acceptable eco-friendlier and bringing advantageous lifestyles beeline into our homes,” aggregate Lee Crowder, architecture arcade and archetypal home branding administrator for Taylor Morrison and Darling Homes in Houston and Dallas. “While there are a lot of altered agency to accomplish this look, one must-have is an affluence of plants. Bringing touches from the outdoors central is not alone an artful choice, but absolute plants additionally accommodate the account of clarification the adverse chemicals out of your home.” Crowder additionally suggests opting for accustomed abstracts over manmade, ditching dirt- and dust-trapping carpeting for balk and swapping high-gloss acrylic for collapsed finishes—they accept beneath adverse chemicals.
2. Low vs. aerial maintenance. Charlotte-based Taylor Morrison Architecture Consultant Brittany Wightman sees abounding distinct changeable buyers opting for aesthetics over accessible aliment or function. “Achieving an all-white dream active allowance is a little easier back there are beneath people—especially kids—living beneath one roof,” said Wightman. On the added hand, consumers with beyond families are opting for finishes that are easier to maintain. “A simple way to accomplish your activity easier is by allotment finishes that don’t crave a ton of TLC. Allotment quartz over granite and opting for beyond tiles over abate ones agency beneath adhesive to clean.”
3. Fashion-forward. “Fashion trends are bleeding into home décor and design,” said Crowder. “If you paid absorption to appearance week, you would accept apparent browns and checkerboard plaids actuality actual arresting this year, and those are some of the aforementioned trends we’re seeing in appliance architecture and accessories. If you see it on the runway, you will alpha seeing it crawl bottomward into home appearance anon thereafter.”
4. Apple tones. With abounding homeowners opting for an indoor-outdoor lifestyle, Wightman aggregate that accumulation apple tones in your home is an accessible way to accompany the outdoors in.
5. Monochromatic mood. High-contrast, monochromatic looks are ascent in popularity, abnormally in the kitchen. “Pairing aphotic finishes with abrupt white or blah cabinets will be a actual accepted attending in the new year,” said Wightman.
6. Pastels and jewel tones. Accompany on the babyish blues, excellent greens and abashed pinks. “We’re calling these the ‘ice chrism cone’ colors,” said Crowder. “But if pastels aren’t for you, adventurous jewel tones like emerald and azure are addition accepted advantage for the new year.”
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7. Unique finishes. Fun accouterments finishes like black, rose gold and assumption abide to accretion popularity. “Black is a absolutely important blush for 2019 and you’ll be seeing it pop up everywhere—from countertops to accouterments and faucets,” said Crowder.
8. Flower power. “We’re seeing bags of floral patterns aggressive by aerodrome looks,” Crowder said. “Florals are a top trend in the appearance apple appropriate now, so it makes faculty that floral wallpaper is authoritative a comeback.”
9. Comfortable comforts. Additionally aggressive by appearance runways is the Danish hygge look. Comfortable, airy items like comfortable and bendable rugs, sofas and beds are replacing the stark, tailored look. “Taylor Morrison homebuyers are advance a bit added into their beyond purchases in adjustment to ensure affection and comfort. I like to say—buy once, cry once,” said Crowder.
Take Taylor Morrison’s 10-question quiz and acquisition a move-in accessible home to adapt with these architecture trends here: https://ift.tt/2CcHEWJ
About Taylor Morrison Taylor Morrison Home Corporation (NYSE:TMHC) is a arch civic homebuilder and developer that has been accustomed as the 2016, 2017 and 2018 America’s Most Trusted® Home Builder by Lifestory Research. Based in Scottsdale, Ariz., we accomplish beneath two absolute brands, Taylor Morrison and Darling Homes. We serve a advanced arrangement of customer groups from bank to coast, including first-time, move-up, luxury, and 55 additional buyers. In Texas, Darling Homes builds communities with a focus on individuality and characteristic detail while carrying on the Taylor Morrison accepted of excellence. For added advice about Taylor Morrison and Darling Homes amuse appointment www.taylormorrison.com or www.darlinghomes.com.
CONTACT: Alice GiedraitisTaylor Morrison1 (480) [email protected]
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Autoclaved Aerated Concrete (AAC) Market Technology,Trends And Industry Analysis & Forecast To 2026
According to a new market report published by Transparency Market Research titled ‘Autoclaved Aerated Concrete (AAC) – Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2018–2026,’ the global autoclaved aerated concrete (AAC) market was valued at around US$ 11 Bn in 2017 and is projected to reach nearly US$ 20 Bn by 2026, expanding at a CAGR of above 7% between 2017 and 2026.
Autoclaved aerated concrete (AAC), also known as autoclaved cellular concrete (ACC) or autoclaved lightweight concrete (ALC), is a lightweight precast building material whose adoption has been on the rise recently.
Request to view sample of this report at: https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=12650
Although the product has been used since 1923, it has garnered immense popularity recently, due to its ability to provide rigid structure, insulation, fire resistance, and economy of construction. AAC has a porous structure. It contains pockets of trapped air, which make it lighter than other building materials. The material can be employed for internal as well as external construction, due to its high thermal insulation and ease of installation. AAC is used as an eco-friendly green building material in residential, commercial, and other types of construction. It is manufactured using fly ash, which is an unavoidable waste of thermal power plants and is available in abundance. Also, AAC is an energy-efficient building material, and it reduces the total cost of construction. Energy consumed for the production of AAC is less as compared to that for other building materials. AAC consumes approximately 50% less energy than concrete. Tiny air pockets and thermal mass of AAC offer thermal insulation, which reduces construction costs related to heating and air-conditioning. AAC reduces heating and cooling requirements by up to 30% due to its thermal insulation properties, resulting in continued financial benefits during the life of the construction.
Increase in Construction Spending Driven by Expansion of the Construction Sector:
Demand for traditional building materials is primarily driven by expansion of the construction sector globally. Overall increase in construction and infrastructure-related activities worldwide has resulted in rise in demand for residential, commercial, and industrial construction, leading to consistent expansion in the building materials industry. Furthermore, macroeconomic factors such as GDP growth in Europe, gradual recovery in construction expenditure across residential and non-residential sectors, and anticipated expansion in the real estate sector supported by government initiatives for providing affordable housing are expected to drive the AAC market. Construction of a wall with AAC block walls results in a cost savings as compared to traditional bricks. Due to the low density offered by AAC, the structural load (dead load) is very less, and the structural members can be designed accordingly. In turn, the requirement for concrete and steel is less for the foundation and all structural members of the building. The number of joints is less because of the bigger size of AAC blocks. This reduces the requirement for cement mortar. The labor required to lay AAC blocks is also considerably less, and this results in considerable time savings.
High Investment Costs Associated with the Production of AAC:
AAC has demonstrated its benefits for more than 70 years, owing to its properties such as high heat and fire insulation capacity. AAC structural members with reinforcement can be combined in an integrated production with non-reinforced block material, etc. The integrated production of reinforced products and block materials requires a qualified plant facility with an advanced reinforcement technology. AAC products are manufactured in block factories or in factories with an integrated reinforcement technology that allows for the manufacture of AAC products such as deck and roof elements, wall panels, and lintels apart from blocks. In terms of volume, the production of advanced reinforced components such as panels and lintels has remained subdued as compared to that of blocks. The investment required for building an integrated production facility for manufacturing panels and lintels along with blocks is more than twice that of a simple block.
A plant designed to produce reinforced products is also capable of producing blocks but with slight modifications. However, plants designed specifically for producing blocks have lower capital cost than those designed to manufacture reinforced products. Moreover, the process time required in case of panels and lintels for pressure rise and curing in autoclaves is almost twice that of blocks.
Affordable Housing in Emerging Nations:
The demand for affordable housing is likely to remain robust, driven by a rising population, young demographic profile, shift toward nuclear families, and rapid urbanization. For instance, the market potential of affordable housing projects in India is expected to touch US$ 930 Bn by 2022. The Indian government’s scheme, Pradhan Mantri Awas Yojana, aims to construct two crore (20 million) houses in India, in three phases, till 2022. Housing shortage is expected to increase from the current level of 19 million units to 25 million by 2021, based on a stable decadal growth rate.
The demand for AAC is Primarily Driven by the Increasing Use of AAC Blocks as a Preferred Building Material
The autoclaved aerated concrete (AAC) market has been segmented based on product and end-use. Based on product, the AAC market has been divided into block, wall panel, floor panel, roof panel, cladding panel, and others. In terms of end-use, the market has been classified into residential, commercial, and others. Blocks was the dominant product segment of the AAC market in 2017. In terms of revenue, the blocks segment accounted for more than 48% share of the global AAC market in 2017. The panel segment is also likely to expand at a significant pace during the forecast period, as panels offer a combination of strength and thermal and acoustic insulation. AAC wall panels are an ideal building solution for large-scale, industrial, and commercial construction
Residential Sector on Account of Rapid Urbanization Particularly in Emerging Economies is the Dominant End User Segment
In terms of end-use, the residential construction segment dominated the global AAC market in 2017. Rise in urbanization, increased purchasing power, growing population, and need for affordable housing are estimated to drive the AAC market in developing countries during the forecast period. However, lack of awareness about AAC among construction professionals, builders, developers, and architects is likely to act as a restraint for the global AAC market.
Europe is the Largest Consumer and Producer of AAC
Demand for AAC is high in Europe, followed by Asia Pacific and Middle East & Africa. AAC products have been in use in Europe for more than 70 years. Europe dominated the global AAC market in terms of revenue, accounting for more than 34% share of the global market in 2017. This is due to the presence of local AAC manufacturing facilities across Europe, with countries such as Poland, Russia, Germany, and the U.K. dominating the market in the region. The AAC market in Asia Pacific is estimated to expand significantly during the forecast period. This is attributed to a growing population and rapid urbanization, especially in emerging countries such as China and India. Increase in the number of infrastructure and commercial development activities is expected to fuel demand for AAC in Middle East & Africa. The AAC market in North America is expected to expand at a steady pace during the forecast period, due to prevalence of wood-based construction across the region and a limited number of AAC manufacturing facilities. Moreover, government initiatives to promote green building construction and establishment of state councils in various regions by the World Green Building Council (WGBC) are likely to propel the AAC market in North America and Latin America
Enhancement of Production Capabilities by Key Players
Key players profiled in the report of the AAC market include Xella Group, H+H International, SOLBET, ACICO, AERCON AAC, UltraTech Cement Ltd., Biltech Building Elements Limited, AKG Gazbeton, Bulidmate, Eastland Building Materials Co., Ltd., Brickwell, and UAL Industries Ltd. Major players operating in the market are investing significantly in the expansion of production capacity in order to meet the increase in demand. For instance, CSR Hebel, Australia’s leading manufacturer of high-quality autoclaved aerated concrete (AAC), expanded its production capacity by building a second production line in Somersby, Australia in September 2017. This highly automated plant is specially designed for panel production only and is expected to have a capacity of 300,000 cubic meters per year. The facility is equipped with the latest available Aircrete technology, making it one of the world’s most advanced and highly automated AAC panel plants.
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Autoclaved aerated concrete (AAC) market to reach valuation of ~us$ 22.8 bn by 2027
Key Highlights
According to a new market report published by Transparency Market Research titled ‘Autoclaved Aerated Concrete Market - Global Industry Analysis, Size, Share, Growth, Trends, and Forecast, 2019–2027,’ the global autoclaved aerated concrete market was valued at around US$ 11.9 Bn in 2018 and is projected to reach nearly US$ 22.8 Bn by 2027, expanding at a CAGR of above 7% between 2019 and 2027.
Autoclaved aerated concrete (AAC), also known as autoclaved cellular concrete (ACC) or autoclaved lightweight concrete (ALC), is a lightweight precast building material whose adoption has been on the rise recently.
Request a Sample-
https://www.transparencymarketresearch.com/sample/sample.php?flag=S&rep_id=12650
Although the product has been used since 1923, it has garnered immense popularity recently, due to its ability to provide rigid structure, insulation, fire resistance, and economy of construction. AAC has a porous structure. It contains pockets of trapped air, which make it lighter than other building materials. The material can be employed for internal as well as external construction, due to its high thermal insulation and ease of installation. AAC is used as an eco-friendly green building material in residential, commercial, and other types of construction. It is manufactured using fly ash, which is an unavoidable waste of thermal power plants and is available in abundance. Also, AAC is an energy-efficient building material, and it reduces the total cost of construction. Energy consumed for the production of AAC is less as compared to that for other building materials. AAC consumes approximately 50% less energy than concrete. Tiny air pockets and thermal mass of AAC offer thermal insulation, which reduces construction costs related to heating and air-conditioning. AAC reduces heating and cooling requirements by up to 30% due to its thermal insulation properties, resulting in continued financial benefits during the life of the construction.
Increase in Construction Spending Driven by Expansion of the Construction Sector:
Demand for traditional building materials is primarily driven by expansion of the construction sector globally. Overall increase in construction and infrastructure-related activities worldwide has resulted in rise in demand for residential, commercial, and industrial construction, leading to consistent expansion in the building materials industry. Furthermore, macroeconomic factors such as GDP growth in Europe, gradual recovery in construction expenditure across residential and non-residential sectors, and anticipated expansion in the real estate sector supported by government initiatives for providing affordable housing are expected to drive the autoclaved aerated concrete market. Construction of a wall with AAC block walls results in a cost savings as compared to traditional bricks. Due to the low density offered by AAC, the structural load (dead load) is very less, and the structural members can be designed accordingly. In turn, the requirement for concrete and steel is less for the foundation and all structural members of the building. The number of joints is less because of the bigger size of AAC blocks. This reduces the requirement for cement mortar. The labor required to lay AAC blocks is also considerably less, and this results in considerable time savings.
High Investment Costs Associated with the Production of AAC:
AAC has demonstrated its benefits for more than 70 years, owing to its properties such as high heat and fire insulation capacity. AAC structural members with reinforcement can be combined in an integrated production with non-reinforced block material, etc. The integrated production of reinforced products and block materials requires a qualified plant facility with an advanced reinforcement technology. AAC products are manufactured in block factories or in factories with an integrated reinforcement technology that allows for the manufacture of AAC products such as deck and roof elements, wall panels, and lintels apart from blocks. In terms of volume, the production of advanced reinforced components such as panels and lintels has remained subdued as compared to that of blocks. The investment required for building an integrated production facility for manufacturing panels and lintels along with blocks is more than twice that of a simple block.
A plant designed to produce reinforced products is also capable of producing blocks but with slight modifications. However, plants designed specifically for producing blocks have lower capital cost than those designed to manufacture reinforced products. Moreover, the process time required in case of panels and lintels for pressure rise and curing in autoclaves is almost twice that of blocks.
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Affordable Housing in Emerging Nations:
The demand for affordable housing is likely to remain robust, driven by a rising population, young demographic profile, shift toward nuclear families, and rapid urbanization. For instance, the market potential of affordable housing projects in India is expected to touch US$ 930 Bn by 2022. The Indian government’s scheme, Pradhan Mantri Awas Yojana, aims to construct two crore (20 million) houses in India, in three phases, till 2022. Housing shortage is expected to increase from the current level of 19 million units to 25 million by 2021, based on a stable decadal growth rate.
The demand for Autoclaved Aerated Concrete Market is Primarily Driven by the Increasing Use of AAC Blocks as a Preferred Building Material
The autoclaved aerated concrete market has been segmented based on product and end-use. Based on product, the autoclaved aerated concrete market has been divided into block, wall panel, floor panel, roof panel, cladding panel, and others. In terms of end-use, the autoclaved aerated concrete market has been classified into residential, commercial, and others. Blocks was the dominant product segment of the AAC market in 2018. In terms of revenue, the blocks segment accounted for more than 48% share of the global autoclaved aerated concrete market in 2018. The panel segment is also likely to expand at a significant pace during the forecast period, as panels offer a combination of strength and thermal and acoustic insulation. AAC wall panels are an ideal building solution for large-scale, industrial, and commercial construction
Residential Sector on Account of Rapid Urbanization Particularly in Emerging Economies is the Dominant End User Segment
In terms of end-use, the residential construction segment dominated the global autoclaved aerated concrete market in 2018. Rise in urbanization, increased purchasing power, growing population, and need for affordable housing are estimated to drive the autoclaved aerated concrete market in developing countries during the forecast period. However, lack of awareness about AAC among construction professionals, builders, developers, and architects is likely to act as a restraint for the global AAC market.
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Europe is the Largest Consumer and Producer of AAC
Demand for AAC is high in Europe, followed by Asia Pacific and Middle East & Africa. AAC products have been in use in Europe for more than 70 years. Europe dominated the global autoclaved aerated concrete market in terms of revenue, accounting for more than 34% share of the global market in 2018. This is due to the presence of local AAC manufacturing facilities across Europe, with countries such as Poland, Russia, Germany, and the U.K. dominating the market in the region. The autoclaved aerated concrete market in Asia Pacific is estimated to expand significantly during the forecast period. This is attributed to a growing population and rapid urbanization, especially in emerging countries such as China and India. Increase in the number of infrastructure and commercial development activities is expected to fuel demand for AAC in Middle East & Africa. The AAC market in North America is expected to expand at a steady pace during the forecast period, due to prevalence of wood-based construction across the region and a limited number of AAC manufacturing facilities. Moreover, government initiatives to promote green building construction and establishment of state councils in various regions by the World Green Building Council (WGBC) are likely to propel the AAC market in North America and Latin America
Enhancement of Production Capabilities by Key Players
Key players profiled in the report of the autoclaved aerated concrete market include Xella Group, H+H International, SOLBET, ACICO, AERCON AAC, UltraTech Cement Ltd., Biltech Building Elements Limited, AKG Gazbeton, Bulidmate, Eastland Building Materials Co., Ltd., Brickwell, and UAL Industries Ltd. Major players operating in the market are investing significantly in the expansion of production capacity in order to meet the increase in demand. For instance, CSR Hebel, Australia’s leading manufacturer of high-quality autoclaved aerated concrete (AAC), expanded its production capacity by building a second production line in Somersby, Australia in September 2017. This highly automated plant is specially designed for panel production only and is expected to have a capacity of 300,000 cubic meters per year. The facility is equipped with the latest available Aircrete technology, making it one of the world’s most advanced and highly automated AAC panel plants.
Companies in the Autoclaved Aerated Concrete (AAC) market have increasingly shifted gears with wide application of digital technology across the continuum, from raw material sourcing to manufacturing to generation of final output, to warehousing to final distribution operations. Among the various affects, the market is witnessing new growth economics due to thinning of line between specialty and commodity businesses that are associated with the larger ecosystem. At the same time, new growth parameters are being vigorously being debated as industry stakeholders put greater emphasis on the circular economy processes.
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The Real-life Love Lives Of The ‘Modern Family’ Cast
Celebrities & Pop Culture This list will also remind you of some of the show's best guest stars and recurring characters! Kate Emswiler 2018-09-17
Getty Images | Frazer Harrison If you’re a “Modern Family” fan, you’ve likely witnessed all the ups and downs of the Pritchetts, Dunphys and Delgados over the years. Now, take a peek at the offscreen love lives of all your favorite “Modern Family” actors. You may be surprised to find you recognize some of their real-life significant others from other popular shows!
Stephanie Beatriz (Sonia Ramirez)
If you don’t know Stephanie Beatriz as Gloria’s sister, Sonia Ramirez, you may know her as Detective Rosa Diaz on the recently canceled (then quickly uncanceled) “Brooklyn 99.” Beatriz, who is engaged to actor Brad Hoss, identifies as bisexual. Her coming out inspired an epidode of “Brooklyn 99” in which Diaz, Beatriz’s tough-as-nails character, also came out as bisexual. In an essay penned for GQ, the actress clarified that marrying a man doesn’t make her any less queer. “I’m choosing to get married because this particular person brings out the best in me,” she wrote. “This person happens to be a man.”
Getty Images | Joe Scarnici
Nathan Fillion (Rainer Shine)
On “Modern Family,” Nathan Fillion’s vain character, a TV weatherman appropriately named Rainer Shine, pursues Haley — despite an age difference that makes everyone uncomfortable. Although they are very briefly engaged (five minutes!), Haley and Rainer’s relationship was not meant to last. In real life, the “Castle” star has been romantically involved with several women, most recently actress Krista Allen, though the two appear to no longer be together.
Getty Images | Dimitrios Kambouris
Elizabeth Banks (Sal)
Elizabeth Banks is easily one of the most memorable and beloved of “Modern Family”‘s many recurring guest stars, as her turn as Cam and Mitchell’s impulsive and vivacious friend, Sal, always breathes some fresh air into the show. Offscreen, Banks is married to producer and sportswriter Max Handelman, whom she met in college when she was 18 years old. The two waited until 2003 to tie the knot and they now have two sons together, Felix, 7, and Magnus, 5.
Getty Images | Pascal Le Segretain
Kevin Hart (Andre)
Comedian Kevin Hart appeared twice on “Modern Family” as Phil’s friend and neighbor, Andre. When he’s not making audiences laugh in TV shows, movies and stand-up specials, Hart spends time with his wife, Eniko Parrish, and their baby son, Kenzo, along with Hart’s children from a previous marriage, Heaven and Hendrix.
Getty Images | Frazer Harrison
Chazz Palminteri (Vincent / Shorty)
Chazz Palminteri has a recurring role on “Modern Family” as Shorty, one of Jay’s oldest and dearest BFFs. The seasoned actor, writer and restaurateur has been married to his wife, Gianna Palminteri, since 1992. The couple has two children, Dante and Gabriella, and they live in New York.
Getty Images | Jemal Countess
Jennifer Tilly (Darlene)
Jennifer Tilly appears in several episodes of “Modern Family” as Darlene, the wife of Jay’s friend Shorty, who moves with Shorty to Costa Rica — much to Jay’s dismay. In a later episode, however, Shorty returns and admits that Darlene left him for another man. Tilly’s real-life romantic partner is Irish-born poker player Phil Laak, whose poker-playing uniform of a hoodie and sunglasses has earned him the moniker “The Unabomber.” Tilly herself is also a world-renowned professional poker champion.
Getty Images | Mark Davis
Sarah Hyland (Haley Dunphy)
Sarah Hyland plays the ditzy, boy-crazy Haley Dunphy on “Modern Family,” but for more than a year now, in real life she’s only had eyes for one guy: Wells Adams. Adams was a contestant on “The Bachelorette” in 2016, and it looks like his loss at the final rose was a win for everyone, especially Hyland. After Adams’ stint on “Bachelor in Paradise” in the summer of 2017, he and Hyland started dating and they’ve been serving up coupled cuteness ever since.
Rachel Murray/Getty Images for Entertainment Weekly
Benjamin Bratt (Javier Delgado)
On “Modern Family,” Benjamin Bratt plays Gloria’s hunky, suave ex-husband, Javier, who swoops in occasionally to visit his son, Manny, but never provides any reliable support as a dad. Bratt’s real-life persona couldn’t be further from this character, as he has been married to his wife, actress Talisa Soto, since 2002, and he’s a devoted dad to his two children, Sophia, 15, and Mateo, 12.
Getty Images | Frazer Harrison
Ed O’Neill (Jay Pritchett)
The blustery “Modern Family” patriarch and closets mogul, Jay Pritchett, is played by Ed O’Neill, previously of “Married… With Children” fame. In reality, O’Neill has been married to actress Catherine Rusoff since 1986. The two share a pair of daughters, 19-year-old Sophia and 22-year-old Claire (just like on TV!).
Getty Images | Frazer Harrison
Jane Krakowski (Dr. Donna Duncan)
Fans of “30 Rock” and “Ally McBeal” likely recognized Jane Krakowski immediately in the several “Modern Family” episodes that featured her as the passive-aggressive Dr. Donna Duncan, Gloria’s nemesis at Manny’s school. When she’s not playing hilarious roles on sitcoms, Krakowski is likely spending time with her son, 7-year-old Bennett, whom she shares with her ex-fiance, fashion designer Robert Godley.
Getty Images | Eugene Gologursky
Lin-Manuel Miranda (Guillermo)
You may not have realized it at the time, but if you re-watch the 2011 “Modern Family” episode “Good Cop, Bad Dog,” you’ll notice that the guest star playing the dog trainer who pitches a terrible business idea to Jay, is unmistakably “Hamilton” creator Lin-Manuel Miranda. When Miranda isn’t playing hilarious guest roles or concocting award-winning rhymes, he’s probably enjoying time with his wife since 2010, Vanessa Nadal, who is both a lawyer and a scientist. The two have two sons together, and while delivering his speech at the 2016 Tony Awards (before baby No. 2 came along), Miranda declared, “My wife’s the reason anything gets done. She nudges me towards promise by degrees. She is a perfect symphony of one. Our son is her most beautiful reprise.”
Getty Images | Bryan Bedder
Keegan-Michael Key (Tom)
On “Modern Family,” Keegan-Michael Key plays one half of a couple that Phil and Claire meet while on vacation. The Dunphys think highly of their new friends and love having dinner with them … except for one thing: They refuse to ever pick up the check. In real life, Key married producer Elisa Pugliese in June 2017. When he popped the question in November 2017, Key gushed on Twitter, “I’m the luckiest man ever. She said yes!”
Getty Images | Christopher Polk
Rachel Harris (Amelia)
Comedic actress Rachael Harris guest starred on “Modern Family” once, playing Amelia, the owner of a trendy restaurant for which Mitchell and Cam are having trouble getting reservations. They arrange a play date for Amelia’s son and their daughter Lily, in an effort to gain access to the restaurant, but things go awry, as usual. In real life, Harris is married to her second husband, violinist Christian Hebel, and the pair has one child together, Henry, with a second baby on the way!
Getty Images | John Sciulli
Matt Dillon (Robbie)
Matt Dillon plays a bit of a cad on “Modern Family,” appearing as Claire’s ex-boyfriend from high school who shows up at a party at Claire and Phil’s house — as a date for Claire’s mom, DeDe. Awkward! Offscreen, Dillon has been a serial dater for so long, he’s even made lists of “celebs who have never married.” His current girlfriend, however, dancer and actress Roberta Mastromichele, may just convince Dillon to take the plunge yet.
Paul Morigi/Getty Images
Jordan Peele (Derrick)
Just like his longtime comedy partner Keegan-Michael Key, Jordan Peele delivered laughs when he guest-starred on “Modern Family.” In the episode “A Fair to Remember,” Peele played a “police officer” whom Jay is grumpily paired up with for a fair charity event. The two had very funny onscreen chemistry, but offscreen, the Oscar-winning Peele has the best chemistry with his wife, comedian and actress Chelsea Peretti, well-known to “Brooklyn 99” fans as the precinct’s sassy Gina. The couple has a son together, Beaumont Gino, whom they welcomed in July 2017.
Getty Images | Matt Winkelmeyer
Sofia Vergara (Gloria Pritchett)
Gloria, the sexy, loud, loving second wife of Jay Pritchett, is played with hilarious timing and just enough sass by Colombian actress Sofia Vergara. In November 2015, Vergara married “True Blood” actor Joe Manganiello in a lavish Palm Beach wedding that was draped in flowers and oozing with romance. Soon after the wedding (which featured Vergara’s “Modern Family” castmates in attendance), Vergara went on “The Ellen DeGeneres Show” and said, “It was like a fairy tale. It came out perfectly how I wanted, I have to say.” Vergara also has a 26-year-old son, Manolo, from a previous marriage.
Getty Images | Dimitrios Kambouris
Ty Burrell (Phil Dunphy)
Devoted dad and loyal husband Phil Dunphy is married to the oft-beleaguered Claire on “Modern Family,” but, in real life, actor Ty Burrell has been married to his wife, Holly, a professional chef, since 2000. The pair has two children, 8-year-old Frances and 6-year-old Greta, and they have strong ties to Utah, where Burrell owns two bars and a restaurant. Family is everything to Ty and Holly Burrell, and Ty told Fatherly that he loves sitting down to dinner with his wife and daughters each night. “We’re very traditional in that way,” he revealed. “My wife and I were both raised in households where you sat down at dinner every night. It is a wonderful rhythm-of-the-day thing.”
Getty
Julie Bowen (Claire Dunphy)
Claire Dunphy enjoys a wacky-but-loving relationship with doofy husband Phil on “Modern Family,” but Julie Bowen‘s real-life marriage has been a bit less smooth lately. Bowen was married to Scott Phillips in 2004 and the couple has three children together, 11-year-old Oliver and 9-year-old twins, John and Gustav. Earlier this year, however, Bowen filed for divorce from Phillips, and Bowen has turned to her castmates and kids for distraction from the situation. “The beauty of having three children is they don’t give you much time for thinking,” Bowen told Us magazine in April. “They’re like a crash course in being in the now.”
Getty Images | Kevin Winter
Jesse Tyler Ferguson (Mitchell Pritchett)
“Modern Family” viewers get a hilarious, weekly glimpse into the marriage between Mitchell and Cameron — but fans who follow Ferguson on social media can witness his own happy real-life marriage, too. Wed in 2013 (with playwright Tony Kushner officiating), Ferguson and his husband, lawyer Justin Mikita, have a non-profit organization together called Tie The Knot, which sells bow ties as a way of raising funds to support same-sex marriage.
Getty Images | Dia Dipasupil
Eric Stonestreet (Cameron Tucker)
Eric Stonestreet plays lovable and loving Cam, the sensitive, football-coaching husband to Mitch and father of Lily. But, in real life, Stonestreet is not gay (or, as he put it to Oprah.com, he’s “openly straight”). The 47-year-old actor is currently dating Lindsay Schweitzer, a pediatric nurse, whom he gushed over on “The Ellen DeGeneres Show” in September 2017. “She calms me — she calms my nerves,” he told DeGeneres. “I’m a very high-strung person.”
Getty Images
Ariel Winter (Alex Dunphy)
Ariel Winter’s character, Alex Dunphy, may be dorky and awkward on TV, but the 20-year-old’s offscreen romance with 30-year-old Canadian actor Levi Meaden seems to be effortless, sweet and downright steamy. The two began dating in November 2016 and they have since moved in together. The couple shares three dogs and a bunny, and they even got tattoos for each other (Meaden’s is a picture of a peanut butter jar while Winter’s is a hunk of cheese, symbolizing a combination that doesn’t seem to go together, but somehow totally works).
Getty Images | Michael Tullberg
Nolan Gould (Luke Dunphy)
Clueless Luke Dunphy is played by the actually quite-smart Nolan Gould (he graduated high school at age 13!), who, at age 19, has basically grown up on the set of “Modern Family.” For that reason, he doesn’t see his co-stars as viable love interests. When asked on the “Allegedly” podcast whether he’d ever date his onscreen sister, Ariel Winter, for example, Gould stated, “I love her but she’s a really good friend. We grew up together … I would never wanna waste that.” Although he reportedly isn’t dating anyone in particular, rumors have swirled around Gould and actress Joey King (pictured below) and model Hannah Glasby but Gould has largely kept his dating life out of the public eye. Or perhaps he has no time for dating, as the actor stays busy with his hit TV show, his passionate work for wildlife and environmental causes, and his worldly travels with his friends.
Getty Images
Rico Rodriguez (Manny Delgado)
Rico Rodriguez plays a bit of a mama’s boy on “Modern Family” as Manny Delgado, firstborn son of Gloria (Sofia Vergara). In real life, the 20-year-old actor seems just as fond of his TV mom, but there’s no evidence of a serious romance in Rodriguez’s life at the moment. In September 2016, he revealed to ABC News that he was “till single and ready to mingle.” According to his Twitter feed, his greatest loves seem to be sports-related, so he may still be single, or perhaps he simply keeps his private matters private.
Getty Images | Alberto E. Rodriguez
Fred Willard (Frank Dunphy)
Beloved comedic actor Fred Willard plays Phil’s earnest father, Frank, on “Modern Family,” and it turns out he’s a loving father and husband in real life, too. Willard married his wife Mary, a playwright, in 1968 and the couple had one daughter together, Hope Willard. Sadly, Mary passed away unexpectedly in July 2018 at the age of 71. She and Fred had been married for 50 years.
Getty Images | Mark Davis
Shelley Long (DeDe Pritchett)
On “Modern Family,” former “Cheers” star Shelley Long plays DeDe Pritchett, mother to Claire and Mitchell and long-suffering ex-wife of Jay. In real life, Long was married and divorced twice, most recently to stockbroker Bruce Tyson. Long and Tyson share a 33-year-old daughter, Juliana Long Tyson, who is an accomplished actress in her own right.
Getty Images | David Livingston
Nathan Lane (Pepper Saltzman)
Nathan Lane plays the recurring role of eccentric wedding planner Pepper Saltzman on “Modern Family,” though Pepper’s extravagant ideas are often a little too much for Mitchell and Cam to handle. When it came to his own wedding, the Broadway legend chose a far simpler approach. In 2015, Lane married his partner of 18 years, playwright Devlin Elliot, in a quiet ceremony at New York’s City Hall.
Getty Images | Larry Busacca
Adam DeVine (Andy Bailey)
Jay and Gloria’s affable nanny, Andy (played by Adam DeVine), presented a bit of a romantic problem for Haley on “Modern Family,” as she secretly crushed on the good-natured nerd (who was so similar to her dad!). And while Andy had feelings for Haley, too, their timing was never right. DeVine’s real love life appears to be more easygoing — he has been dating actress Chloe Bridges since 2015 when the pair met while working together on a horror film. In October 2017, a “clueless” DeVine told an Australian radio show that he didn’t realize Bridges might expect a marriage proposal when he whisked her off on a romantic European vacation. “I think she was having some grandiose ideas, meanwhile I’m too dumb to pick up on any clues,” he told the hosts.
Getty Images | Rachel Murray
Ernie Hudson (Miles)
Ernie Hudson is perhaps best-known for his role as Winston Zeddemore in the “Ghostbusters” film franchise, so nostalgic audiences delight in his role as Jay’s old pal, Miles, on “Modern Family.” Offscreen, he’s been married twice, and his second marriage, to Linda Kingsberg, has been going strong since 1985. The couple has two children together, Andrew and Ross.
Getty Images | Michael Buckner
Steve Zahn (Ronnie LaFontaine)
Any regular viewer of “Modern Family” knows Steve Zahn as the Dunphys’ obnoxious and hyper-sexual neighbor, Ronnie LaFontaine. Zahn’s TV wife, Amber, on “Modern Family” is played by Andrea Anders, but in real life, Zahn has been married to Robyn Peterman since 1994. The couple now lives in rural Kentucky, where Zahn seems to enjoy a more relaxed way of life. “I met my wife in 1990 when I was on the national tour of ‘Bye, Bye Birdie,'” he told The Irish Times in 2017. “We moved out of the city 13 years ago, and it’s the best thing I ever did. Overheads are lower. I don’t have to work when I don’t want to.”
Getty Images
Matthew Broderick (Dave)
Matthew Broderick’s brief storyline on “Modern Family” has Broderick’s character feeling romantically frustrated, as he misinterprets Phil’s generally affectionate nature for something more lustful. In real life, Broderick has enjoyed a long marriage with Sarah Jessica Parker. The couple has homes in Manhattan, the Hamptons and Ireland, and they share one son together, 15-year-old James, along with twin 9-year-old girls, Marion and Tabitha.
Getty Images | Mike CoppolaOriginally published on The Delite. Previous post Taco Bell Was Voted the Best Mexican Restaurant in the Country And People Have A Lot Of Feelings Next post This is the most recent story. Read the full article
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Who is Talking About Hebel Wall and Why You Should Be Concerned | Build Cor
Frames might be required for assorted structural explanations. It can be set up in walls utilizing a dry-pack procedure or a moist-spray technique. Today aerated concrete is created by many businesses, especially in Europe and Asia. Before building this patio cover, it's assumed that you presently have a patio slab or deck that you're wanting to cover. The current conc floor slab would want to be eliminated at a three m grid throughout the full floor region and new footing piers constructed. In any event, wall cladding may add value and kerb appeal to your house. It is certainly not best to go for the least expensive exterior cladding, since this will cost you more in the long term.
With our wide variety of Hebel flooring solutions, you are certain to discover an item that most fits the demands of your space. After you've downloaded the right item, you simply insert your company information and ABN. Becoming autoclaved, aerated concrete, it is a strong products, he explained. Even in North America, the building business is double the size of the car business, that's the second biggest industry in the USA. The business has been building with Hebel for at least 15 decades. This additional investment is worthwhile once you think about the savings on water, electricity and heating and cooling costs as time passes.House cladding prices can fluctuate dramatically depending on the size of the home and the materials used. The price is aproximately 25% of genuine sandstone. These plans are supposed to give you some handy insight, when you are designing and building a patio cover for your own house.
A wall made from cordwood and bottles. It's manufactured in sheet-good dimensions and is frequently utilized as the outer layer of insulation. It is advised that all SWMS are kept on-site or at a location where they are sometimes delivered to the website promptly. If more than 1 PCPU is undertaking work at the identical worksite, then consultation between each PCPU about the content of SWMS must ensure consistency in how work is going to be carried out on that website. Vitreosity has more information concerning this great place on their website. It protects against condensation on the inner wall by keeping the inside of the wall warmer.
Profiles are readily available to add character to your property. More information is on their website. Be aware that any hole is a prospective resource for water ingress. The content of a SWMS should offer adequate directions on the way the risk controls will be put into place. In the same way, the material necessary for rendering is also lower because of the dimensional accuracy of AAC. There aren't any toxic substances and no odour in the last product. An agent suggested that using hebel would decrease the worth and make them more difficult to sell.
You include any site certain details, the risks and ensure it is specific to the task available. All structural design should be ready by a competent individual, and could require preparation and approval by an experienced engineer. This isometric concept indicates the versatility of AAC goods in dwelling construction.
Well, it is dependent on the respective factors mentioned previously. The degree of maintenance needed by the material varies with the kind of finish applied. The conventional PowerFence system may also be adapted to incorporate a variety of different decorative treatments like timber panels or ironwork. Additionally, it offers the Hebel PowerFloor system on the very first floor level. A very versatile flooring system, Hebel flooring delivers an array of exceptional added benefits.
The hebel wall Chronicles
If you have any suspicions, you need to consult a structural engineer. It's something to be thought about. Furthermore, you can receive some design load points since there's a 24'' overhang, which functions as a cantilever and reduces the sum of direct load on the span between the beam and where the rafters attach to the roof of the home. I've had no problems from a water penetration viewpoint. There is not as much demand for on-site trimming. Use advanced framing techniques to boost insulation levels and decrease lumber usage. It's a great fencing option to affix your property because of its height and diamond mesh structure, which makes it difficult for folks to climb over.
The PowerPanelXL cladding process is CodeMark certified for increased assurance. Hebel also makes it less difficult for builders From the building viewpoint, Regent Homes has also found that Hebel has special added benefits. CSR Hebel has turned out to be an extremely effective sound barrier. Though regular cement mortar may be used, many of the buildings erected with AAC materials utilize thin bed mortar in thicknesses around inch, based on the national building codes. In this instance, each skim coat is just 2-3mm in thickness and the last coat can be applied when the first has begun to stiffen (can be 15-20 minutes). It's possible for you to observe the way the base of the bottles influence the shape the light creates in the wall. China is now the greatest aircrete market on the planet with various hundred factories.
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R+R
Reading response: Bathroom Unplugged: Architecture and Intimacy
Edited by: Dirk Hebel & Jörg Stollmann 2005
Introduction - “The private and the intimate are no longer identical” (9). This shift in spaces is supposidly due to the huge amounts of exposure that we are revealed to. The mass amount of imagery via media or physically is expanding the number of activities that are increasingly changing from being private to public. Certain exposures are less surprising to us as the more we are exposed to, the less that “attracts our attention anymore” (9). This could work in favour of merging private and public spaces as the more exposure of seeing the human body, potentially the less confronting the image becomes. However, at the same time, the distribution of imagery through modern technologies, I would argue, has heightened the sexual connotations with the view of the body.
“The boundaries keep being redefined; they go hand in hand with over all cultural and social changes” (9).
People, Rituals, Architecture - Andreas Dornbracht “... more concerned with all the rituals of everyday life covering every aspect of cleaning and personal care and their effect on the architecture. What does a space look like that makes room for rituals, regardless of whether conscious or unconscious, important or irrelevant, large or small? Does the typology of today’s bathroom as an enclosed “wet cell” that has hardly changed for more than a century define the place where our rituals can blossom?... a rise to a new way of looking at things, one that frees the bathroom from its acquired limitations and re-defines it as a space for living.” (21)
These quotes really hit at where I position myself within my area of interest. I feel that there is room for improving the current limitations that the bathroom has acquired, a space where self care and health can be encouraged and actioned through a way of living that allows for an advance in ones personal health to occur. By drawing out elements from the bathroom, the way we live would alter significantly. This would not only impact the physical layout and design of the house, but also have a consequential impact on the perceptions of the inhabitants living within the house. This idea that the view of the naked body can be deemed appropriate narrows down to the built connotations and perceptions one has within. How we treat and understand our bodies are informed by social norms. How we're supposed to behave and view situations, and others, are all impacted by the beliefs we are feed through society. By exploring cultural and social normalities we can begin to understand that social changes are the key to also changing the conventional designs and qualities for residential spaces. (Ritual and Hygiene, Dirk Hebel and Jörg Stollmann, 2005, p. 27)
By exploring and documenting the rituals that humans execute on a daily basis, the bathroom as a secluded and closed off space would seem out of date. The existing rituals and conditions that surround ones health continually
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