#Block Jointing Mortar

[capaic]

Strengthen Your Construction Projects with Aplicatec Puente Fisuras PCC

Elevate the durability of your structures with Aplicatec Puente Fisuras PCC! Engineered for excellence, this flexible waterproofing mortar offers unmatched crack bridging capabilities, ensuring resilience against moisture and environmental factors.

Why Choose Aplicatec Puente Fisuras PCC? 🔹 Superior Crack Bridging Performance 🔹 Long-lasting Protection Against Water Damage 🔹 Versatile Application on Various Substrates 🔹 Weatherproof and Chemical Resistant 🔹 Suitable for Indoor and Outdoor Use

Embrace quality and reliability in your construction endeavors. Opt for Aplicatec Puente Fisuras PCC today! Learn more: https://capaindia.in/product/aplicatec-puente-fisuras-pcc/

[pcbond]

AAC Block Jointing Mortar Manufacturer in India

As a leading AAC Block Jointing Mortar Manufacturer in India, we specialize in crafting high-quality mortar solutions for the construction industry. Our products are meticulously engineered to ensure superior bonding and durability in Autoclaved Aerated Concrete (AAC) block applications. With a commitment to innovation and sustainability, we offer a range of eco-friendly mortar options that meet the highest industry standards.

https://www.pcbond.in/aac-block-jointing-mortar-manufacturer-in-india/

[fromthedust]

Fashioned out of green diorite, the twelve-angled stone is part of the Lienzo Pétreo wall in Cuzco, an inward leaning wall that encircles the now-destroyed Palace of Hatunrumiyoc. Comprised of multiple massive stone blocks, the wall was built without the aid of mortar or any kind of binding material. Each block was cut to fit perfectly with every other surrounding block, requiring a painstaking amount of care and attention to detail. In fact, the joints of the wall are so precisely fashioned that even today, hundreds of years after it was first constructed, not even a single piece of paper can fit between any of the wall’s blocks.

While the entire wall is a sight to behold, the stone of twelve angles, so named for the twelve distinct cuts that form twelve corresponding joints, stands apart as the crown jewel of this geometric feat. It remains a popular attraction in the Peruvian city, and a longstanding testament to the Incas’ devotion to their craft.

[justinspoliticalcorner]

Akbar Shahid Ahmed at HuffPost:

WASHINGTON — 19 senators on Wednesday voted against sending Israel additional American military equipment — the first-ever rebuke of its kind in Congress, and a signal of how frustration has grown in Washington as Israeli forces have pummeled Gaza with near-total support from President Joe Biden. That group of Democratic and independent senators voted against sending Israel $61 million worth of high explosive mortar rounds. All but one of them, Sen. George Helmy (D-N.J.), also voted to reject shipping Israel $774 million worth of tank rounds, which its military has used in attacks on children and aid groups. Both tranches of equipment are part of a package of American-Israeli arms deals Biden unveiled in August. The overwhelming majority of the chamber, including all Republicans, still voted to allow the arms deals to proceed. Still, the number represented a significant stand against Biden and a challenge to the idea that support for Israel is beyond question. And notably, some centrist legislators and peers who have issued relatively little criticism of Israel backed the proposal, like Sens. Jeanne Shaheen (D-N.H.) and Jon Ossoff (D-Ga.).

Two previous efforts to publicly rally senators against Biden’s policy — proposals to require greater scrutiny of how foreign countries use U.S. weapons and to mandate a State Department report on Israel’s human rights record — received the endorsement of 18 and 12 senators, respectively. Wednesday’s votes on arms for Israel also included a motion to block $262 million in American bomb kits for the country. Those kits, known as Joint Direct Attack Munitions or JDAMS, have repeatedly been used in strikes that killed civilians. But some who defend exporting them claim they make airstrikes more precise — an argument that appeared to have some purchase among legislators. 17 senators voted against the bomb kits. Critics of Israel’s U.S.-backed offensive in Gaza knew they were never going to actually secure a majority of votes. But while acknowledging the GOP’s unwillingness to question Israel and the intensely pro-Israel views also held by a large proportion of Democrats, skeptics of the Israeli campaigns instead sought to demonstrate a sizeable degree of opposition to continued U.S. involvement in the wars.

[...] Sen. Bernie Sanders (I-Vt.) and allied senators, including moderates like Sen. Chris Van Hollen (D-Md.), rallied votes against the weapons transfers. They said they acknowledge Israel’s right to self-defense but highlighted Israeli Prime Minister Benjamin Netanyahu’s refusal to heed calls from humanitarian groups to let more aid reach civilians, and his defiance of U.S. requests to alter Israeli conduct. The Biden administration pushed hard to convince senators to keep endorsing arms deals for Israel. On Tuesday, the White House sent a document of talking points to Congress that claimed lawmakers who voted for the bills blocking the sales would be aiding Hamas, HuffPost revealed. The administration also dispatched Secretary of State Tony Blinken to Capitol Hill for a briefing with legislators prior to the vote.

[...] The efforts by the administration and Schumer dovetailed with those from Israelis and ardently pro-Israel groups. The American Israel Public Affairs Committee (AIPAC), the nation’s largest pro-Israel lobby, called the legislation “dangerous” and urged constituents to contact their senators to oppose it; it ran ads with that message in 17 states. Israel’s ambassador to the U.S., Michael Herzog, also visited Congress on Wednesday. [...] An AIPAC-aligned group focused on countering criticism of Israel among Democrats, Democratic Majority for Israel (DMFI), also sought to minimize how many votes the bills can win. “The Biden Administration confirmed that Israel is adhering to the standards set by the United States for humanitarian aid into Gaza,” DMFI argued. Aid organizations and experts – including inside the U.S. government — have repeatedly challenged the Biden administration’s assessments of Israeli conduct, however, and say the humanitarian situation in Gaza is worsening rather than improving.

18 courageous Democratic Senators, including Sens. Durbin, Warren, Sanders, Ossoff, and Warnock, voted to give AIPAC the middle finger by refusing to send Israel Apartheid State more US military equipment and not waste more taxpayer money in the process.

Wisconsin Sen. Tammy Baldwin (D) voted Present.

[foundationsolution1]

Understanding Foundation Cracking: Causes, Consequences, and Solutions by Foundation Solutions

Foundation cracking is a common concern for homeowners and property managers alike. Whether you’re dealing with minor hairline cracks or more significant structural issues, understanding the causes and implications of foundation cracks is crucial. At Foundation Solutions, we specialize in diagnosing and repairing foundation problems, ensuring your property remains safe and stable. In this blog post, we’ll explore the different types of foundation cracks, their causes, potential consequences, and the expert solutions we offer to address these issues.

Types of Foundation Cracks

Foundation cracks can vary in appearance and severity. Identifying the type of crack can provide insights into the underlying problem. Here are the most common types of foundation cracks:

Hairline Cracks: These are thin, superficial cracks that often appear in the surface layer of the foundation. They are usually cosmetic and not structurally significant.

Vertical Cracks: Typically, vertical cracks are caused by the natural settling of the foundation and are common in both poured concrete and block foundations. They are generally less concerning but should still be monitored.

Diagonal Cracks: Diagonal cracks often result from differential settling, where one side of the foundation settles more than the other. These cracks can indicate potential structural issues and should be addressed promptly.

Horizontal Cracks: Horizontal cracks are among the most serious types of foundation cracks. They are often caused by hydrostatic pressure from soil and water against the foundation walls. These cracks can compromise the structural integrity of the foundation and require immediate attention.

Stair-Step Cracks: Found in brick or block foundations, stair-step cracks follow the mortar joints in a stepped pattern. These cracks are typically caused by differential settling or shifting soil and can indicate structural problems.

Settlement Cracks: These cracks occur due to the natural settling of the foundation over time. They are usually vertical or diagonal and can vary in width.

Common Causes of Foundation Cracking

Understanding the causes of foundation cracking can help prevent further damage and guide repair efforts. Some common causes include:

Soil Movement: Expansive soils that swell when wet and shrink when dry can exert pressure on the foundation, causing cracks. Soil movement is a leading cause of foundation issues, especially in regions with clay-rich soil.

Poor Drainage: Inadequate drainage can lead to water accumulation around the foundation, increasing hydrostatic pressure and causing cracks. Proper drainage systems, such as gutters and downspouts, are essential to prevent water-related damage.

Tree Roots: The roots of large trees can grow under the foundation, exerting pressure and causing cracks. While trees add beauty and shade to a property, their roots can pose a threat to nearby foundations.

Temperature Fluctuations: Extreme temperature changes can cause the foundation materials to expand and contract, leading to cracks. This is especially common in regions with significant temperature variations between seasons.

Construction Defects: Poor construction practices, such as inadequate reinforcement or improper mixing of concrete, can weaken the foundation and lead to cracking. Ensuring quality construction from the start is crucial for long-term foundation stability.

Earthquakes: In areas prone to seismic activity, earthquakes can cause sudden shifts in the ground, leading to foundation cracks. Even minor seismic events can impact the foundation, making regular inspections essential.

Heavy Loads: Excessive weight from large structures, heavy equipment, or poorly designed additions can stress the foundation and cause cracks. Proper load distribution is key to preventing overloading the foundation.

Consequences of Ignoring Foundation Cracks

While some foundation cracks may seem minor, ignoring them can lead to serious consequences over time. Here are some potential risks associated with untreated foundation cracks:

Structural Instability: As cracks worsen, they can compromise the structural integrity of the building, leading to uneven floors, misaligned doors and windows, and even collapse in severe cases.

Water Infiltration: Cracks can allow water to seep into the basement or crawlspace, causing moisture problems, mold growth, and damage to interior finishes. This can lead to costly repairs and pose health risks to occupants.

Pest Infestation: Gaps and cracks in the foundation can provide entry points for pests such as insects and rodents, leading to infestations and further damage to the property.

Decreased Property Value: A damaged foundation can significantly reduce a property’s value, making it difficult to sell or refinance. Addressing foundation issues promptly can protect your investment.

Increased Repair Costs: Delaying repairs can allow cracks to worsen, resulting in more extensive and expensive repairs down the line. Early intervention can save time and money.

Safety Hazards: Structural issues related to foundation cracks can pose safety hazards to occupants, especially in the event of a natural disaster. Ensuring a stable foundation is crucial for the safety of everyone in the building.

Foundation Solutions: Expert Repair Services

At Foundation Solutions, we offer a range of professional services to diagnose and repair foundation cracks, ensuring the safety and stability of your property. Our expert services include:

Foundation Inspection and Assessment: Our experienced team conducts thorough inspections to identify the type and cause of foundation cracks. We provide detailed assessments and recommend the best course of action.

Crack Repair: We offer specialized crack repair services, including epoxy injections and polyurethane foam injections, to seal cracks and prevent further damage. These methods are effective in restoring the integrity of the foundation.

Foundation Underpinning: For more severe cases, we provide foundation underpinning services to stabilize and strengthen the foundation. This process involves adding support to the existing foundation to prevent further settlement.

Waterproofing and Drainage Solutions: We install waterproofing systems and drainage solutions, such as French drains and sump pumps, to prevent water infiltration and protect your foundation. Proper water management is crucial in preventing foundation issues.

Seismic Retrofitting: In earthquake-prone areas, we offer seismic retrofitting services to reinforce the foundation and improve the building’s resistance to seismic activity. This can significantly reduce the risk of damage during an earthquake.

Soil Stabilization: We provide soil stabilization services to address issues related to expansive soils and soil erosion. By stabilizing the soil, we can prevent further movement and protect the foundation.

Why Choose Foundation Solutions?

Foundation Solutions is a trusted name in the industry, known for our expertise, quality workmanship, and customer satisfaction. Here’s why you should choose us for your foundation repair needs:

Experienced Professionals: Our team consists of skilled professionals with extensive experience in foundation repair and maintenance. We stay updated with the latest industry practices and technologies.

Comprehensive Services: We offer a full range of services, from inspections and minor repairs to complete foundation stabilization, providing a one-stop solution for all your foundation needs.

Advanced Techniques: We use advanced techniques and high-quality materials to ensure durable and long-lasting repairs. Our methods are designed to address the root cause of the problem, not just the symptoms.

Customer-Centric Approach: We prioritize customer satisfaction and work closely with our clients to understand their needs and provide personalized solutions. Our transparent communication and detailed project plans ensure a smooth experience.

Licensed and Insured: We are fully licensed and insured, giving you peace of mind knowing that your property is in good hands. Our team adheres to all safety regulations and industry standards.

Competitive Pricing: We offer competitive pricing without compromising on quality, making our services accessible to homeowners and property managers alike. We also provide free estimates and consultations.

Contact Foundation Solutions Today

If you’ve noticed foundation cracks in your home or property, don’t wait for the problem to escalate. Contact Foundation Solutions today for a professional assessment and expert repair services. Our team is dedicated to providing high-quality solutions that protect your property and ensure its longevity.

At Foundation Solutions, we are committed to delivering top-notch foundation repair services. Trust us to handle your foundation issues with professionalism and care, giving you peace of mind and a stable, secure home.

Tagged Foundation Cracking, Foundation Repair, Foundation Solutions

[head-post]

US once again vetoes UN ceasefire resolution on Gaza, rejects effort to block arms sales to Israel

The US on Wednesday vetoed a UN resolution demanding an immediate and unconditional ceasefire in Gaza. The other 14 members of the UN Security Council voted in favour of the resolution.

US vetoes fourth UN Security Council Gaza ceasefire resolution

The resolution, the latest of many Gaza ceasefire resolutions to reach the Security Council, called for an “immediate, unconditional and permanent ceasefire” and the “immediate and unconditional release of all hostages.” However, the US said it disagreed with the demand for an “unconditional ceasefire” that “did not result in the release of hostages.”

Other member countries expressed their disappointment at the failure of the resolution. The representative of China noted that “insisting on a precondition for a ceasefire is tantamount to giving the green light to continue the war.”

The observer for Palestine shared similar disappointment, saying that “this veto is a dangerous signal to Israel that it can go ahead with its plans.” This is the fourth ceasefire resolution the US has vetoed in the Security Council since October 7 last year. A US-backed resolution endorsing the implementation of a three-phase ceasefire plan was passed in June, but little has changed in the conflict since then.

The UN resolution, which would have also demanded the unimpeded flow of aid into Gaza and rejected “any attempt to starve the Palestinians,” failed in light of recent UN reports that northern Gaza has received virtually no aid for the past 40 days and that Israel is using starvation as a weapon of war.

Senate motions blocking arms sales to Israel fail, but pick up Democrat support

The Senate voted Wednesday on Vermont Independent Senator Bernie Sanders’ attempt to block a series of planned US arms sales to Israel.

Eighteen Democrats voted to block the transfer of $774 worth of tank shells, 19 Democrats sought to block the sale of $61 million worth of mortar shells, and 17 Democrats sought to stop the sale of $262 worth of Joint Direct Attack Munitions (JDAM).

All Republican senators present and a 51-member Democratic majority rejected all three joint resolutions of dissent, led by progressive Senator Bernie Sanders, which were known in advance to be dead on arrival due to bipartisan support for Israel’s offensive against Hamas.

But the vote underscored the growing discomfort among Democrats over the IDF’s campaign in the Gaza Strip and the party split it has caused.

A Sanders-backed resolution in January to freeze US aid to Israel unless the State Department reports within 30 days on alleged Israeli human rights abuses in the Gaza Strip received just 10 Democratic votes, although some senators may have voted with the November election in mind.

Much of Gaza’s population of 2.3 million has been displaced and the U.S. has warned of the possibility of famine after more than a year of fighting sparked by a Hamas offensive on October 7 that killed about 1,200 people in Israel and took 251 hostages. Hamas officials say the Israeli offensive has killed more than 43,922 Palestinians.

Read more HERE

[kanguin]

You know what, fuck it. I can't sleep, so here's everything wrong with me from my head down to my feet.

In short, I have ADHD, clinical depression, am on the autism spectrum, hypothyroidism, mild red/green colorblindness, photophobia/photosensitivity of both my eyes and skin, hyposmia, constricted sinuses, tongue-tied, Ehlers Danlos syndrome, lactose intolerance, cellulose intolerance, knocked knees, and tibial torsion. And then secondarily as a result of all that I have tactile hypersensitivity, mild anxiety, insomnia, postural-orthostatic tachycardia syndrome, chronic acute muscle and joint pain, irritable bowels, unstable knees, and many, many more issues I'm probably forgetting.

Oh and I'm severely overweight and my immune system sucks.

More descriptions under the cut.

I have severe inattentive ADHD that I've had since at least early childhood, clinical depression that I've had since puberty, secondary anxiety as a byproduct of the two (accelerated thoughts plus predisposition to negativity leads to catastrophizing), and heightened tactile sensitivity due to being on the Autism spectrum, which presents its own set of hurdles. I also have struggled with insomnia my whole life as a byproduct of my ADHD, and am hypothyroid, meaning my thyroid (the organ that produces various non-sex hormones) doesn't respond enough when signalled.

As for my eyes, I'm color vision deficient, specifically having a deficiency in red cones; I get headaches in areas lit only by red light thanks to my rods and cones disagreeing on how dark it is, making my pupils repeatedly dilate and contract. I'm also extremely photosensitive in both my eyes and skin, likely related to ASD, but it's hard to prove that. Being in brightly lit areas hurts my eyes, and being in direct, unfiltered sunlight causes me mild physical pain akin to hovering your hand over an active electric cooktop. This happens even when it's objectively not that hot, but heat does make it worse.

With regards to my nose and mouth, I have an extremely weak sense of smell and have had such for as long as I can remember. This is directly the result of getting multiple sinus infections as a kid, which I still get a few times a year, thanks to the bad sinuses I inherited from both sides. I also get pre-storm headaches like a living barometer thanks to how sensitive they are to atmospheric presure changes. I'm also tongue-tied, which means I can't pronounce some sounds, can't press my tongue on the roof of my mouth, or even stick it out. Also can't move my upper lip independently for what that's worth.

As kind of an "every body region" problem, I also have Ehlers Danlos Syndrome, a connective tissue disorder that makes every tissue in my body that uses collagen fibers less rigid, making everything elastic instead, regardless of whether it should be. For me this means I have hypermobile joints that also love to dislocate, flat feet with no arches, unstable blood pressure that drops if my blood vessels expand too quickly (such as from changing position too quickly or having ny heart rate jump suddenly), digestive issues and sudden cases of loose stools, and lots and lots of chronic (recurring) and acute (severe) muscle and joint pain. I've oft described having EDS being like living in a house built from rotted wood and watered down concrete and mortar. The base building blocks of all my tissues and organs are inherently malformed, and there's nothing I can do to fix it.

Down to my gut, aside from the GI issues from EDS, I'm intolerant to lactose and cellulose. For the former it's excruciatingly painful if I consume dairy without a ton of lactaid, and can even take me out of commission for a whole day or two after being exposed. I'll experience bloating, muscle aches, and brain fog to name just a few issues. For the latter, cellulose, which is the plant fiber found in high quantities in celery, lettuce, cabbage, but present in all plants, my response varies from severe cramps to no reaction whatsoever, entirely dependent on my current gut bioflora. Best case scenario, and recent experiences, are that I just cannot digest it at all and it passes through untouched. And yes I mean untouched.

Down to my legs, I have knocked knees, meaning my lower legs bow outward and do not touch when my legs are together, and I have tibial torsion in both tibias, meaning the front bone in my calves twists inwards, making my kneecaps point outwards and my feet point inwards towards each other.

And yeah. Because I have numerous obstacles to exercise and a fucked endocrine system, I'm seriously overweight to the point it's stressing my liver. And my immune system sucks major ass, I get sick multiple times a year and stay sick for days to a week at a time.

My body is just. Shit. I struggle to love it because it brings me so much pain. It's not my main reason for lack of faith, but my own existence makes it difficult for me to believe in a loving god.

[solarpunkbusiness]

All the information about who will supply each building part, the costs involved, and the carbon footprint is collated from the very start in the company’s software. His team focuses on using sustainable materials — responsibly sourced timber rather than concrete, for instance, since the latter is high in embodied carbon.

011h’s buildings have achieved embodied carbon emissions lower than 400 kg of CO2 equivalent per square metre — significantly better than current averages. Plus, construction time is also shortened, by around 30% versus the average, claims Carné.

Robo brickie

Finally, even in 2024, bricklaying remains a crucial skill required for housebuilding in Europe, as brick-based construction remains prized by European homebuyers. However, bricklayers are among the workers currently in very short supply. Monumental, based in Amsterdam, has an alternative. 

“You tell me, ‘I want to build a façade for a house, it’s X square metres’,” says Salar al Khafaji, founder and CEO. “I will quote you a price and do it for you — but I will do it with robots.”

The firm, which has raised $25 million to date and has 32 employees, offers bots capable of laying mortar and bricks in a careful sequence in order to build a wall automatically.

The process involves three individual robots, which each take on a separate task: either supplying a brick, laying a blob of mortar, or putting a brick in place. Pointing, however — neatly finishing the exposed mortar joints visible between bricks — still has to be done manually.

[tmkutawrites]

A COMMON BOND - FREE SAMPLE!

This is a free sample of my debut lesbian romance novella, A Common Bond, which comes out November 7, 2023. Please enjoy :)

Note: There may/will be some typos in this sample. We like that, it confuses the Overlords of Zon so they don't strike me for contract infringement. I promise in the final, purchased version the typos have been fixed :)

Now, on with the sample!

RFI 1

To: Josie Basurto (May 3, 5:34PM)

From: Carneline Triana

Subject: Site Visit for Mobilization

Josie,

I will be on site with my management team most of Monday morning. I’m sure we will run into each other at some point.

Carneline

***

From: Josie Basurto (May 3, 5:39PM)

To: Carneline Triana

Subject: RE: Site Visit for Mobilization

Looking forward to it!

J

***

Carneline had known Clover Hill’s old town hall was in bad shape from the bid documents. On her walkthrough with Rio a few weeks ago, even more suspicions had been raised. But now, the disintegrating chunk of limestone that had fallen off the cornice and into her hand confirmed it: she was going to be spending a lot more time in Clover Hill than she had initially planned. “Jesus Christ.”

“I’ve never seen limestone this bad,” Bruno murmured. Oceanic’s chief masonry superintendent carefully set the piece of stone down on the scaffold. “This whole cornice is going to have to be checked.”

Checking the structural integrity of a city block’s worth of limestone was definitely not covered in their contract. Carneline chewed on the inside corner of her mouth as she ran a hand across the sugaring stone and watched millennia-old sand crumble into her palm. “Is this the only bad news?”

“Oh no,” Bruno said in a voice far too cheery for her liking as he pushed to his feet. “This mortar is definitely hot.”

Asbestos remediation was also definitely not in their contract.

She cast a desperate glance along the joints. “Are you sure?”

“Yup.” He pointed to an area where the mortar was exposed. “Look close. You can see the fibers.”

Carneline looked and, sure enough, there were the telltale threads amongst the cement, lime, and sand. Fuck. “Does Rio know?”

Bruno shook his head.

She snapped a couple of photos on her phone and turned for the scaffold stair. “Are xe still documenting in the lobby?”

“I think so.”

“Good. I’ll send xem up.”

The metal stairs squeaked as Carneline made her way down them, eyeing the brick and stone of the Romanesque Revival building with far more suspicion than before. The facade clearly hadn’t been washed in two decades. The window sills were covered in black atmospheric discoloration, and the blue-green haze of cupric staining streaked down major crevices. On the brick and stone walls, there were long stretches of jointing completely devoid of mortar and one of the brackets was missing entirely.

She stopped two decks down and took a moment to admire the town. This was Oceanic’s first project this far south. They mostly stuck to projects in Baymill, but her dad had wanted to expand into other markets, so here she was forty feet in the air above a town she could see the other side of from the scaffold. The five-story town hall towered over most of the rest of the buildings, but fit in perfectly amongst the clusters of various historic structures downtown. Its renovation was long overdue, but Carneline hoped Clover Hill would find it worth it in the end.

From her perch, she could see the expanse of the park, with its quaint little gazebo and beautifully kept grounds. A bit farther she spied the currently unlit marquee of an old movie theater and a neon sign belonging to local diner. It was a beautiful town, and as much as she could lean on the scaffold railing and look out over the little town covered in the fresh leaves of spring for hours, she had a job to do.

She tore herself away from the view and continued down the scaffold to the lobby. The first time she’d seen it, Carneline had been struck almost speechless by the beauty of its wrought iron doors, scagliola-clad pilasters, and massive crystal chandelier. Now it barely registered. She hurried through the plywood-covered lobby until she found her assistant project manager sprawled indelicately across the floor.

Rio was an acquired taste Carneline wasn’t quite sure she had acquired yet; mildly competent, incredibly anxious, and graced with the aggravating tendency to lose the plot at the slightest provocation. Still, xe tried, which was more than Carneline could say of half of Oceanic’s field staff.

“Good morning, Rio.”

Rio startled, and practically levitated off the floor in a cloud of dust almost definitely from the plaster demo. Xe was absolutely covered in the stuff, and Rio hurriedly stuffed xemself back into xyr gloves and sheepishly brushed down xyr front. “Good—good morning, Carneline. I—I didn’t know you were on site.”

“I was walking the cornice with Bruno.”

“Oh.”

“How is it going down here?”

Xe grimaced and gestured at the ground. “It’s—uh. The stone’s really cracked.”

Bits of torn painter’s tape crawled across the marble below them like blown blue cherry blossom petals. Carneline crouched, and Rio angled the beam of xyr flashlight so she could see the spidery lines coursing through. Great. “These are going to shatter the second Bruno tries to take them out.”

“That’s what he said, too.”

Another expensive change order for the growing pile, I suppose. She stood, dreading the prospect of the unending raft of paperwork in her future. “I’ll speak with the NCK team. Have you been up to the cornice yet?”

Rio shook xyr head.

“When you are done down here, I need you to go up and document everything before we touch it. Do you have your profile gauges with you?”

“They’re in my car.”

“Good. Bruno will be up there for a little bit. Find…” She hedged, thinking of the worn-down status of the cornice. “Find the least broken stone and take a profile.”

 Xe nodded. “Okay.”

“And wear an N95. The mortar is hot and everything up there is crumbling.”

Rio’s dark eyes got comically wide behind xyr safety glasses. “Oh shit.”

Her sentiments exactly. “Do you have any questions?” Xe shook xyr head again. “Alright. Call me if something comes up.”

“Will do!”

Carneline left Rio to xyr marble documentation and slipped out the west entrance to find the jobsite trailer. When she pulled the door open, she found Josie bent over the conference table—which was really just four folding tables pushed together in the center of the room—studying the reference drawings.

“Good morning,” she greeted as the door snapped shut behind her.

“Good morning,” Josie replied as she turned the page of the drawings. “Headed out? Help yourself to some coffee before you leave.”

Carneline startled at the kind, but unexpected offer. “Oh. Thank you.”

“To-go cups are on top of the fridge.”

“I actually don’t drink hot coffee,” she replied sheepishly.

“Don’t drink hot coffee?” Josie asked, looking up from her drawings with a grin that Carneline had discovered seemed permanently glued to her face. “Don’t tell me…you’re like Baylee and only drink cold brew.”

Carneline gave an awkward little laugh, not liking the familiarity with which Josie talked to her about her sister. People always did that, acted like they knew her because they knew her sister or father. Another one of the ‘perks’ of a family business. “Guilty as charged.”

 “Well, I’m one step ahead of you. There’s cold brew in the fridge.”

The offer was tempting. Carneline considered for a moment, but finally decided against it. If she got caught in traffic, which was likely considering the time, she would definitely have to stop and pee. “Not today. I have to drive back to Baymill after this, but thank you.”

“Any time.”

Josie finally straightened up fully and leaned casually on the white plastic folding table, hooking her thumbs into her jeans. She was an unreasonably attractive figure, taller than Carneline, with kind brown eyes and a sharp fade that put every short-haired worker on the site to shame. In some universe she might have been Carneline’s type—if Josie hadn’t worked for the general contractor paying them to fix Clover Hill’s historic town hall.

Carneline hedged. “I…actually wanted to talk to you about something.”

Josie’s voice remained impressively neutral. “Oh?”

“Yes…” She pulled her phone out of her pocket. “We have some problems.”

“Define ‘problems.’”

“That depends, do you want the least expensive issue or most expensive issue first?”

“Least expensive.” Josie flashed a luminous smile. “Warm me up.”

Carneline pulled up the photos she had taken of the floor and passed her phone over for her to see. “The marble in the foyer is full of cracks. It’s going to shatter when we try to take it out.”

“Architects were ridiculous to think we could salvage the whole floor,” Josie said with a disbelieving scoff. “A-hundred-and-twenty-year-old marble doesn’t come up like that.”

“No, it does not,” Carneline confirmed.

Josie handed her phone back, her face suddenly all business. The shift was jarring, to say the least. “How much is this going to cost?”

“I can’t say for certain, but it will be a decent amount.”

Josie sighed. “Great. You submitted replacement marble, right?”

“A few weeks ago.”

Josie ran a hand through her hair. “Submit an RFI and we’ll see what the architects have to say.”

“Was planning to.”

“Thanks.” She took a sip from a nearby thermos. “What’s the bigger, badder bill?”

Carneline gave Josie a significant look. “Have you been up to the cornice?”

“Recently?”

“Yes.”

“I walked it at the beginning,” she replied with a frown. “Is there something wrong with it?”

If only. “The mortar’s full of asbestos and the stone is crumbling. A piece fell off in my hand.”

Josie inhaled in shock. “Oh fuck.”

“I don’t want anyone from my crew touching it until the town knows.”

 “Understandable. Do you think it’s going to need to be replaced?”

Carneline glanced around the trailer to make sure they were alone. “Off the record, I think you might want to figure out where Clover Hill has a million dollars stashed for a rainy day.”

 “It’s that bad?”

“The building is a hundred and twenty years old,” she said with a shrug. “I’m surprised it lasted this long.”

Josie’s face went grim. “Got it. Thanks for the heads up.”

“Not a problem.” She hesitated, not sure if Josie could handle a third thing on her plate. “There is…one more thing?”

“If there’s a massive structural issue that means we need to evacuate the building, please turn around and leave now,” Josie joked weakly. “Let me die in the collapsed building in peaceful ignorance.”

Carneline gave a dismissive snort. “Nothing so drastic.”

Josie brightened considerably. “Great! What’s up?”

“You need to have someone go into the main hall and put down sweeping compound. Rio’s rolling around on the floor in there looking like the Ghost of Christmas Past. To say nothing of the silica hazard.”

Josie was already grabbing her hard hat off the table. “I’ll do it myself.”

“Thanks. I’ll see you in a few weeks.”

“See you then!” Josie trotted off out the door, Carneline close behind her.

She checked her watch: three-o’clock.  Plenty of time to make it back to the city without hitting traffic. She pulled her hard hat off the second she hit the parking lot, shaking her curly red hair out so she could tie it back up once in the car. She’d get out of town, update her dad on the way home, then spend a quiet night with her plants before she had to go to bed.

Her phone rang. The song barely got four notes in before she picked up. “You’re psychic. I was just about to call you.”

“Are you done at Clover Hill?” Warren Triana asked gruffly.

“About to head home now, just have to throw my stuff in the ba—” She stopped dead a few paces from her trunk, eyes taking in the noticeable sink to her right rear bumper. “Fuck.”

Her father’s business tone instantly switched to fatherly concern. “What? What is it?”

She scowled and threw her hard hat in the back a tad more aggressively than was necessary. “It’s nothing,” she sighed. “I just have a flat.”

[END RFI 1]

Did you like this sample? If yes please consider buying my novella? You can preorder A Common Bond HERE!

[shivunin]

Post-Trespasser Emmaera

I wanted to make a quick post about Emma's prosthetic since the topic (re: that poll) is going around at the moment.

I based her prosthetic on the ones Götz von Berlichingen wore in the early 1500s. Götz was a knight/mercenary who lost his right arm at the elbow in 1504 when "enemy cannon fire jolted von Berlichingen’s blade against himself" (Source). He commissioned his prosthesis from a local blacksmith, and the prosthesis in question had hinged fingers which were capable of locking in place in blocks of two. von Berlichingen used his iron hand to wield a sword (rather successfully) and eventually commissioned a second prosthesis which was capable of grasping smaller objects (including a quill; he wrote a whole autobiography which wasn't published until 1731, well after his death).

But more to the point here: Götz von Berlichingen's arm was an incredible example of engineering even at its time. The design of its second iteration (pictured below) was driven entirely by his experiences with the first. He wanted the second version to have leather straps to hold it more firmly in place and fingers that were capable of more exact articulation as well as wrist joints that could pivot.

When I decided to write Emma post-Trespasser, I did a lot of research on what it was like to live with one hand, but von Berlichingen's story was the one that stuck with me the most. I spent a lot of time looking at these schematics and trying to figure out how Dagna could make something like this in the Dragon Age universe.

Because the off-hand motion in the game's animation is usually one that's supporting the staff, not specifically twisting it, I thought it made the most sense to conceptualize something along the same lines as the second iteration above. A mage would need something capable of pivoting/angling with the movement of the staff, and that's pretty easily achieved with hinges, as seen above, and (though ball bearings weren't invented until 1794) ball bearings could allow the hand to pivot 360 degrees (something you, uh, maybe wouldn't want if your hand is locked onto the staff). The fingers, elbow, and wrist are lockable using pins in the joints and a buttons on the back of the hand release each respective set of joints.

I like the idea of them having to go through several iterations of prostheses to find out what actually works for the Inquisitor (Dagna is a genius, but this isn't necessarily the sort of project she's worked on before) with consistent input from the person using it, just as von Berlichingen was able to adjust the second iteration of his own prosthesis to better fit his needs as a fighter. It is something she has to actually train with to use effectively, of course, just like using any new tool in combat.

Now---she does have a more ostensibly fantasy version that has hinged fingers which grasp when she manipulates the lyrium in them with magic. She doesn't use this version often because, frankly, the lockable fingers of her regular prosthesis can do anything she would really need them for and having to expend constant concentration to use the other prosthesis isn't really worth it to her (though she appreciated the thought).

The first one is for combat and when she is in her workroom (it's easier to grind herbs if she's holding the mortar still) and she uses it almost exclusively if she's going to be wearing a prosthetic at all. Usually, due to damage her residual limb has taken from the combat prosthesis, she just hangs out without any prosthesis. In her home, the chairs are modified with a mouthpiece so her hound can pull the chairs away from the table for her, and there are a lot of other ways the house has been set up as she needs. She has various other tools she can use to, for example, hold paper steady while she writes. But when she needs it---and since she went through her vigilante period, she has used the prosthesis to fight---she does have the arm Dagna made her.

Anyways---I obviously think von Berlichingen is fascinating (I haven't even touched on him kidnapping nobles or that his hand is part of his hometown's crest), so I recommend reading more about him in general. Sources: NIH, Atlas Obscura (which is the easier read), image source 2, and the Wikipedia article if you want the summary.

[buildersmarthyd]

Concrete Blocks - Manufacturing, Classification & Uses

     Concrete blocks are nowadays replacing bricks in masonry construction, notably in many multi-storeyed buildings. They are available in three types namely solid, hollow and cellular, widely used for the construction of filler walls and boundary walls in RC framework.

Concrete blocks are usually made in large sizes to make blockwork faster and consume less cement in joints than the brickwork. If the percentage of the voids is more than 25%, then they are hollow blocks and blocks with voids less than 25% are only perforated blocks.

The cellular concrete blocks are generally referred to as lightweight aerated concrete blocks. All these blocks are extensively used for compound walls and non-loadbearing walls.

Hollow blocks are specially made for loadbearing walls, which are useful in reducing a dead load of masonry in buildings. Blocks can also be with cement and sand called cement-sand blocks or with cement and soil called soil-cement blocks which are of low strength and use for low-cost construction.

Manufacturing of Concrete Blocks

    BIS recommends a fineness modulus of the combined aggregate between 3.6 to 4 and coarse aggregates used are of size 6 to 12 mm. Lean mixes up to 1:8 are generally used. Concrete mix for concrete blocks should not be richer than one part of the cement to six parts of the volume of combined aggregate.

Concrete blocks can be handmade and also machine-made. The cast block is then cured in a water tank or yard for at least 14 days (water need to be changed at least every 4 days).

After curing, the blocks are dried for 4 weeks before being used in masonry construction. They should be stacked with voids in the horizontal direction to facilitate easy drying, or they should be steam cured and dried.

The whole process allows the complete shrinkage of the block to take place they are laid on the wall, which is very important for strong walls.

Classification of Concrete Blocks

Hollow concrete blocks

     Open and Closed cavity-type hollow concrete blocks are classified into three grades:

Grade A - They possess a minimum density of 1500 kg/m³ and are used for load-bearing walls.

Grade B - They have a density below 1500 kg/m¬³ and used for load-bearing walls.

Grade C - These blocks are used for non-load bearing walls and have density more than 1000 kg/m³.

All these blocks are available in decorative facings like fluted facing to provide artistic effects.

Solid concrete blocks

     They should be manufactured for specific concrete strength of 4.0 and 5.0 N/mm² in 28 days. These blocks are used as load-bearing walls and have a density of not less than 1800 kg/m³.

Paver blocks

     These blocks are solid concrete blocks of different shapes specially made for exterior ground paving on sidewalks, parking lots, driveways, petrol pumps, industrial floors, etc.

AAC Blocks

     AAC blocks refer as Autoclaved Aerated Concrete Blocks. These blocks are also termed as light-weight hollow blocks.

They are prepared as solid blocks from cement, water and materials like ground sand, pulverized fly ash together with additives to aerate and stabilize the air bubbles.

The final result is a mixture of thick liquid which is then poured into steel moulds to form large cakes. After some time, the mixture sets and ready to cut into a serious of individual blocks of required size using taut steel wires.

Very light blocks for partition and moderate-weight blocks for light loadbearing walls can be obtained from aac blocks. These blocks do not shrink on drying as the material is obtained by autoclaving.

The autoclaved cement product is crystalline, which is different from the product obtained by normal wet curing or by ordinary steam curing.

Sizes and Tolerances

The nominal dimensions of concrete block as per BIS are as follows:

 Length - 600, 500, 450 or 400 mm

 Height - 100 or 200 mm

 Width - 50, 75, 100, 150, 200, 250 or 300 mm

Actual sizes will be less than 10 mm of mortar thickness. For Concrete and Hollow concrete blocks nominal length 390 mm and height 190 mm. The thickness for loadbearing walls is 190 mm, compound walls 140 mm and for filler walls 90 mm.

These dimensions can easily be achieved in machine-made blocks than handmade blocks. The width of blocks use for load-bearing walls is 200 mm and for parapet or filler walls is 100 mm.

Points to Remember:

The mortar strength should not be more than the strength of the blocks. With high mortar strength, cracks will be less and very large, but with low mortar strength, cracks will be small and distributed.

 We should use only blocks that are cured properly for at least 14 days and dried for 4 weeks to avoid shrinkage during construction.

 We should not wet the blocks while placing in masonry construction.

 Freshly-made and uncured concrete blocks should never be allowed on the work.

 Blockwork, particularly ordinary cement sand blocks and soil-cement blocks should not be used as loadbearing walls for concrete slab roof which favours to expand and contract with temperature.

 The maximum difference in sizes allowed is ±5 mm in length and ±3 mm in height and width.

 They should be protected from rains while being stored as they absorb moisture by wetting and shrinking on drying.

     The main disadvantage of concrete blocks is shrinkage due to the movement of moisture content which is not present in bricks. As these blocks are much larger than bricks, any foundation movement will cause blockwork to crack more than the brickwork.

Cement blocks, Concrete blocks, Hollow concrete blocks, solid concrete blocks, Paver blocks, AAC blocks Concrete blocks in Hyderabad

[capaic]

Honoring Strength, Courage, and Hope

On World Cancer Day, CAPA stands with warriors, survivors, and caregivers around the globe. Let's unite in the fight against cancer, spreading awareness, supporting research, and offering love and compassion to those affected.

Together, we can make a difference. Together, we can bring light to the darkness. Join us in honoring the resilience and determination of cancer fighters everywhere. #WorldCancerDay #CAPACares #StrengthInUnity

To know more tile adhesives and waterproofing floors, epoxy grouts visit: https://capaindia.in/product/capa-flex/, https://capaindia.in/product/capaproof-hybrid-w/

[frechettechimneyme]

Scarborough Fireplace Repair: Keeping Your Home Safe and Warm

Fireplace repair is essential for Scarborough homeowners who rely on their fireplaces for warmth and ambiance during Maine's cold winters. Fireplaces, whether wood-burning or gas, provide comfort and coziness, but they also require regular maintenance and repair to ensure they operate safely and efficiently. Over time, fireplaces can experience wear and tear, and without proper care, they may present safety hazards, such as chimney fires, carbon monoxide leaks, and inefficient heating. Frechette Chimney Sweeping, a professional fireplace repair in Scarborough helps homeowners avoid these risks while maintaining the reliability of their heating systems.

One of the most common issues homeowners face with wood-burning fireplaces is the buildup of creosote in the chimney. When wood is burned, it produces a byproduct known as creosote, which can accumulate in the chimney over time. If left unaddressed, this buildup can block the chimney, restricting airflow and increasing the risk of chimney fires. Scarborough fireplace repair services typically include a thorough cleaning of the chimney to remove creosote, soot, and debris. Regular chimney cleaning not only reduces the risk of fires but also ensures that the fireplace operates at peak efficiency by allowing the smoke and gases to vent properly.

Another common issue that may require fireplace repair is damage to the chimney structure itself. Weather conditions, such as rain, snow, and freezing temperatures, can cause the masonry around the chimney to deteriorate. Cracks in the chimney's bricks or mortar joints can lead to water leaks, which can further damage the interior of the fireplace and lead to mold or rust. In such cases, professional repair services are needed to seal cracks, repair the chimney structure, or even rebuild damaged sections to prevent further deterioration. A damaged chimney can also affect the performance of the fireplace, making it less efficient and potentially dangerous.

Gas fireplaces, while less prone to the same issues as wood-burning fireplaces, can still require repair from time to time. Problems such as malfunctioning pilot lights, clogged vents, or issues with the gas line can prevent the fireplace from operating safely. If the gas supply is interrupted or the ventilation system becomes blocked, the fireplace can become a safety hazard, potentially leading to carbon monoxide buildup. Fireplace repair technicians in Scarborough are skilled in diagnosing and repairing these issues, ensuring that your gas fireplace is functioning safely and efficiently.

In addition to chimney cleaning and gas fireplace repairs, Scarborough fireplace repair services can also address issues with dampers, vents, and fireplace inserts. The damper is a crucial component of the fireplace, controlling airflow and heat regulation. If the damper becomes stuck or malfunctions, it can impact the performance of the fireplace. Professional repair ensures that all parts of the fireplace are working as they should, providing safe and effective heating.

By addressing fireplace and chimney issues early, homeowners in Scarborough can avoid more costly repairs and ensure that their fireplaces continue to provide warmth and comfort throughout the winter season. Regular maintenance and timely repairs not only extend the life of the fireplace but also protect your home from potential safety hazards. Whether you need chimney cleaning, structural repairs, or gas fireplace service, professional fireplace repair services are essential to keeping your home safe and cozy.

Frechette Chimney Sweeping 1550 Main St, Sanford, ME 04073 (207) 608-0564

[perlcon]

Key Ingredients in AAC Block Jointing Mortar | Perlcon for Strong, Durable Construction

Discover the essential ingredients in AAC block jointing mortar and how they contribute to strong, durable construction in building projects. Learn more with Perlcon.

[murphymasonry]

Understanding the Costs of Block and Brick Installation in Minnesota: What You Need to Know

When planning any masonry project, one of the first factors to consider is cost. Whether you’re building a new structure, installing a fireplace, or working on a patio, choosing between block and brick can have a significant impact on your budget. At Murphy Masonry, we are proud to help homeowners and businesses in Minnesota with their masonry needs, offering expert guidance on Comparing Block And Brick Installation Costs.

Block vs. Brick: What’s the Difference?

Before diving into the costs, it’s important to understand the key differences between block and brick. Bricks are typically made from clay and fired in a kiln, giving them a smooth, durable finish. Blocks, on the other hand, are generally larger and made from concrete or cement, offering more structural versatility for larger projects.

Brick installation is often associated with traditional, elegant looks, ideal for facades, fireplaces, and other architectural features. While bricks provide a timeless aesthetic, they can come with a higher price tag due to labor-intensive installation and material costs.

Block is a more cost-effective option, particularly when larger, functional walls are needed. Concrete blocks are often used in construction projects, such as basements, retaining walls, and foundations. Their larger size means less labor is required for installation, resulting in lower overall costs.

Comparing Block and Brick Installation Costs

While both materials serve their purpose well, understanding the differences in cost is crucial for making an informed decision. Masonry contractors in East Bethel and other parts of Minnesota typically see the following cost differences between block and brick installation:

Material Costs: Bricks are usually more expensive than blocks. The average cost of bricks per square foot can range from $1 to $3, depending on the type of brick. Concrete blocks tend to cost between $1 and $2 per square foot, making them the more affordable option for large-scale projects.

Labor Costs: Because of the smaller size and the detailed work involved in brick installation, labor costs are typically higher. Bricklaying requires more precision and can take longer to complete. In contrast, block installation is quicker, which can result in lower labor costs for larger structures.

Durability and Maintenance: While both block and brick offer long-lasting durability, brick is generally considered more resilient against weathering and aesthetic wear over time. However, it’s important to note that brick may require occasional maintenance, such as repointing mortar joints. Concrete blocks may not require the same level of upkeep but might not offer the same aesthetic appeal as brick for certain applications.

Which One Should You Choose?

The decision to use block or brick largely depends on your specific project and budget. If you’re working with a limited budget but still need a durable structure, blocks are a great choice. For those looking for a more refined appearance or working on a high-end project, brick may be the better option despite its higher cost.

At Murphy Masonry, we specialize in offering expert advice and quality installation services. Our team is dedicated to helping you choose the right materials for your masonry project, ensuring that you get the best value for your investment.

Contact Us Today

If you’re in Minnesota and need professional masonry services, including block and brick installation, feel free to contact us at Murphy Masonry. We are happy to discuss your needs, offer a detailed estimate, and ensure your project is completed with precision and care.