#induction slide in range

[wucrnos]

Transitional Kitchen

Large transitional l-shaped dark wood floor and brown floor kitchen pantry photo with an undermount sink, flat-panel cabinets, white cabinets, quartzite countertops, white backsplash, mosaic tile backsplash, stainless steel appliances, an island and white countertops

[dentistnewmanalapan]

Pantry - Transitional Kitchen A sizable transitional l-shaped kitchen pantry design example with a dark wood floor and a brown floor, an undermount sink, flat-panel cabinets, white cabinets, quartzite countertops, white backsplash, mosaic tile backsplash, stainless steel appliances, an island, and white countertops.

[marinelethellec]

Transitional Kitchen

[fantrollology]

Walking it Back: PT 1

Characters: Fledge, Alaska

Word Count: 2,103

uhhh i started this over a year ago! i sit on things for a while. id like to get better at writing stuff more consistently but idk im happy w how it came out! hopefully u will not have to wait as long for part 2.

if u read it ummm ty! <3

---

“Hm.” The girl's eyes studied an unremarkable intersection on the floor of the exam room, avoiding the gaze of the doctor standing a few feet from her, who pressed the door closed behind himself following his greeting. Her fingers played with the paper pulled over the examination table.

“Something the matter?” While his tone seemed as genuine as she could gauge, the question made her regret acknowledging the misnomer at all. He set a bag down on the counter across from her and brought out his clipboard from under his arm.

She shook her head.

“Please, it’s alright. What’s up?”

“Uhm,” she paused. Her feet pressed at each other gently over the side of the table. “No one calls me that anymore.”

“Oh, well what do people call you now?” he flipped to the front page of his clipboard and leaned gently against the counter, facing her.

“Uh, Fledge.”

He smirked. “That stuck, huh?”

She shrugged. The little hexagon where the tiles met remained interesting.

He shook his head at his clipboard.

“General Drakon is so cavalier about that sort of thing. I wouldn’t be surprised if everyone thought that was your actual name if he was the one to introduce you. Still though, surviving this long?” He let out a little laugh. “That’s a lifelong nickname now, I’m sure.” 

He looked at her as if he were going to wait for acknowledgement, but then continued. 

“I’m not much of the nickname sort myself but, hey, I think I’m willing to make an exception for you.” He scratched something onto the clipboard.

“Okay.”

He tucked the clipboard back under his side and lopped himself down on the office stool. Its momentum gently wheeled him into the range of Fledge’s downturned line of sight.

“Do you remember me?” he asked.

She let him slide his way into her vision and then quickly found another spot on the floor to look at. She shook her head.

“That’s fine.” He waved a hand. “I’m Dr. Alcess Alaska. I conducted your entry psionic evaluation a few sweeps ago. Couldn’t have been more than an hour or two.”

Fledge nodded.

“I’m here with you today to talk about a project proposal.”

Fledge nodded.

“So, you’re aware how even though you’re stationed here, you’re actually a member of the Imperial Psionic Corps, yes?”

Fledge nodded.

“I’m aware you’ve had some training, but do you know much about what they do?”

“A little.”

“What do you know?” he asked, in an attempt to coax a more-than-two-word response from her.

“They’re…” it felt exhausting for Fledge to even think of saying a full sentence. She breathed out. “They’re all psionics, and they do stuff for the fleet.”

“That’s the jist of it, yes.” 

“But,” he raised a finger, “They’re all very specialized psionics, not helmsmen or telekinetics or simple mind-readers. They receive individual training for their abilities.”

She knew that, of course. It was the whole reason she was a part of it. Still, she nodded.

“There’s a standard timeline for progression through the IPC’s induction, but after doing your entry evaluation I found that there’s a lot of potential with your abilities that I think deserve more unique attention.”

He started to say something else, but then cut himself off. He studied her floorlocked gaze, how her fingers crushed the paper between them.

“Fledge, do you know much about psionics? Your psionics? How they work, I mean.”

Fledge shook her head.

He drummed his fingers on the clipboard for a moment before scooting across the room to grab his bag from the counter. He opened it on his lap and set a couple things on the counter as he rooted through it, then wheeled back over to Fledge. He then reached back in and pulled out a colorful plastic brain and a small container containing a few plastic lobes. He removed the lid from the container and set it on the examination table next to Fledge, then set the bag on the floor and lifted the brain from his lap.

“Alright, so, stop me if I say anything you already know. Okay?” He waited for her acknowledgement this time, a barely perceptible nod, and then removed a blue lobe from the back of the brain, that Fledge could now see was held on with a magnet.

“This is the cucular lobe. All trolls have one, but in psionics, it’s a little larger. The shape and the other lobes it has contact with can affect the sort of abilities a psionic has and how they might control them.” Fledge watched keenly as he set the small, normal lobe on the table, and picked up a larger piece of the same color from beside her. “This one is more like yours.” The strong magnet clicked the lobe into place at the rear of the brain.

“See how it curls up past this,” his finger dragged along the brain, along marigold yellow and crimson red plastic; “the occipital lobe, and over to this one? The parietal? This is why your abilities are affected by touch, why you can ‘feel’ electromagnetic energy the way you do.” He offered her the brain. She let him pass it to her and immediately began picking off the other lobes and letting them snap back into place.

“You have what we call a material-responsive M-Type ability,” he continued, watching her play idly. “You can manipulate, but your abilities are moreso characterized by their sensitivity, your extrasensory perception, rather than their ability to make drastic physical changes. More typical of ceruleans, but yours have a certain versatility, and there’s a lot of potential I believe could be accessed through some implants and, of course, appropriate training.”

He took another piece from the container, a long, thin, curved, grey piece. He held it up.

“This is a type of foci. There’s several different kinds; you may have seen other IPC members with the foci behind their ears; those are the most common. This one is an implant and mostly invisible once installed. They allow for the observation of lobe activity, enable additional cerebral pathways, and can be used to enhance psionic ability in a number of ways.” 

He gestured for the brain. She held it out to him and he snapped on the piece, which curled from the front left of the organ back and over the cucular lobe. He withdrew his hands.

“I believe that, by using enhancements to magnify your psychic perception of electromagnetic energy, you can better control the ability. Instead of blowing up televisions and feeling static, you could…. turn the lights on and off, you could…”

---

A shot fired through the skull of the troll in front of her, spattering green viscera across the dry ground at Fledge’s feet.

She hadn’t been paying attention when the olive stepped forward and raised her weapon. Some fleet officer had been talking to whoever these trolls were about whatever they were doing-- a mutiny, maybe? -- whatever. It wasn’t Fledge’s turn. Fledge knew what the signal was, she knew how aggressive these trolls were allowed to get, and she knew what she was meant to do when either of those conditions were met. She just hadn’t done it without her gloves before. The thought had distracted her. Her hands dropped from rubbing at the nodes embedded in her wrist as the body thwapped to the ground. She didn’t need to look to know the sniper's barrel was already shoved down into the dirt, the more experienced soldier berating them— Stop, that’s what she’s for.

C’mon fledgling. Pay attention. Be here.

One pulse. Forward, 170 degree arc. This will dispel incoming psionics and ballistics, but will dissipate after about three metres.

A strong enough magnetic field through the brain is enough to disrupt regular synapse operation and cause seizures. One at the door, two on the balcony. Close the circuit, an invisible spherical tie around their head, and then release. Her fingers twitched about in front of her. It was a shot of air through her nerves, crawling down behind her eyes and across her body like a cool drink of water. Her eyes hunted around for another to show themselves. When none did, her fingers ground into her palms, deaf to her surroundings until a hand met her shoulder.

“That was good. Quicker on the pickup next time, maybe,” the officer quipped while she examined the damage, then started walking, letting her hand slip from Fledge’s shoulder. “Let’s see if whoever is inside is more reasonable,” she hummed.

Fledge followed as the others behind her dealt the finishing blow to the incapacitated troll near the door, another that fell from the balcony. Her mind began to warm again. She lifted the edge of her jacket, touching the bit of green flecked onto the edges. Would that wash out?

---

Alaska waved a hand as if to catch an answer from the air “...move ferromagnetic material. Just… apply magnetic fields and induce current more deliberately, precisely.”

She turned the brain gently in her hands, her thumb ran over the implant. A piece of metal in her head?

“We wouldn’t start with the foci, since your brain is still developing, but it would definitely be a part of this at some point. For now, I think it’d be best to do more research first. Like, where and how exactly do you feel electromagnetic energy?”

He raised a hand as her mouth opened. Ah, one of those not-question questions.

“I’m sure it’s hard to explain,” he continued, “but we can observe it. Before we can enhance, we would get you some peripherals, external gear to gauge what we can.” He gestured over his arms, his clipboard now set beside her on the table. “That will allow us to finely examine the activity of your culural lobe and its relationship to your movements and nerves. I theorize that down the line it might end up being beneficial to install internal receivers in other places too, since your perception is very likely beyond what’s processed by your CL, but that can wait.”

“I have some reading for you here…” he bent down from the stool and pulled out a packet from the side of the bag. She set the brain in her lap to take it from him. “One of the documents goes over the details of this specific project, but I also included some information on focii and some articles on other MRM psionics.”

“And this—” he reached over and tapped the corner of the packet, where a small, stiff card was paper-clipped to the front. “—is my contact information, so you can message me for any follow-up questions you might have.” He smiled and his hands returned to his lap.

“Of course, if you have any questions for me now I’d be more than happy to answer them.”

She nodded slowly as she thumbed through the pages. Diagrams of brains, titles containing words she knew, others she didn’t. She had questions, she was sure, but she didn’t know what they were or how to ask them.

“None right now?”

She shook her head, not looking up from the packet in her hands.

“Alright, well if anything comes to mind, you reach out, okay? Then, when I’m back next perigee, we can go over everything again, and make a decision.”

“I’ll do it.” It seemed so obvious to her. This was why she was here. Whatever doubt she had could be addressed later.

“I like the enthusiasm,” he chuckled, “but I won’t have time to start until next perigee anyways. I’ll be ready then if you’re still on board, okay?”

“Okay.”

“You can keep the brain, if you want. I have another.” She didn’t know if she wanted it or not, but he decided for her as he lifted his bag from the floor and wheeled his chair over to the counter to put the rest of his things away.

She followed suit with her new belongings and clicked the lid back onto the container of spare lobes. The clear box fit nicely into her jacket pocket, and she tucked the packet under her arm as Alaska had done with his clipboard. The brain stayed in her hands.

She hopped off of the examination table. Her thumb ran over the implant that curled around the organ. A fleeting thought, or maybe one of those questions she didn’t know how to verbalize, tried to etch its way to the surface, to piece itself together in her mouth, but got cut off by the doctor’s voice as he opened the door for her.

“It was good seeing you again, Fledge.”

[foggyharmonypolice]

Home Depot’s Production Line: How Many Kitchen Ranges Do They Offer?

When you're in the market for a new kitchen range, the choices can feel overwhelming. With so many brands kitchens and models out there, it can be hard to know where to start. Luckily, Home Depot has got your back! This retail giant offers a wide selection of kitchen ranges that cater to various needs and budgets. But just how many options are available? Let's dive into what Home Depot has on its production line.

A Glimpse at the Selection

Home Depot boasts a staggering range of kitchen appliances. As of early 2023, this hyperlink they offer over 300 different kitchen ranges across various brands. These include popular names like Whirlpool, Samsung, LG, and GE. From stainless steel beauties to vibrant colors that pop in your kitchen, there’s something for everyone!

Types of Kitchen Ranges

Home Depot divides its kitchen ranges into several main categories:

Freestanding Ranges: These are the most common type. They stand independently and can fit into any space in your kitchen.

Slide-In Ranges: These models have a sleek design that fits flush with your countertops for a built-in look.

Built-In Ranges: If you want to go all out with a custom kitchen layout, built-in ranges provide an integrated solution.

Double Oven Ranges: Perfect for those who love cooking multiple dishes at once or simply enjoy hosting dinner parties.

Induction Ranges: For those who prefer modern technology, induction ranges heat up quickly and are energy efficient.

Features That Matter

When shopping for a kitchen range, consider what features are most important to you:

Oven Capacity: Larger families might appreciate bigger ovens.

Cooking Technology: Options like convection cooking or self-cleaning capabilities can be real time-savers.

Smart Technology: Some models allow you to control them via smartphone apps—perfect for multitaskers!

Price Range

The price spectrum at Home Depot is broad enough to fit anyone's budget! You can find basic models starting around $500 and high-end gourmet ranges exceeding $3,000. This ensures that kitchens regardless of your financial situation, there's likely something within your reach.

Research Insight

According to recent market research conducted by Statista in 2023, the demand for kitchen ranges has grown significantly due to the rise in home cooking during the pandemic years. Nearly 70% of consumers reported that they invested more in their kitchens than ever before, highlighting how important these appliances have become in our daily lives.

Frequently Asked Questions (FAQs) 1. How do I choose the right range for my kitchen?

Start by measuring your available space and determining what features matter most to you—like capacity or cooking technology.

2. What’s the difference between gas and electric ranges?

Gas ranges use natural gas or propane as fuel sources while electric ranges use electricity. Gas typically provides better temperature control, whereas electric models can be easier to clean.

3. Are there any warranties on these products?

Yes! Most manufacturers offer warranties ranging from one year up to ten year

[digipubl6]

9-10 Sept | Starting the Group Induction Project

For this week, you will start to work in assigned groups of 3/4 to work on your induction project: creating a mini magazine.

This project will ease you in to working with others, introduce you to using the computers and the software and teach you about designing a product with purpose.  View presentation here.

Groups will be as follows:

Group 1: Max, Samantha, Harley

Group 2: Ella P, Jessica, Lexie

Group 3:  Keeley, Syeda, Tiahanna

Group 4:  Olivia, Ella D, Bohdan

Group 5:  Zhoana, Halle, Matt

Group 6: Finnan, Abigail, Gabriel, Zaray

Group 7: Teddy, Maggie, Bella, Lucy

Making the Powerpoint

INSTRUCTIONS:

In groups, select one member to create a PowerPoint online document.

Share access to this document by clicking on the Share button - share with ALL 4 group members so that each person can edit it.

Additionally, share access with your teachers: stephanie.sekula@ncclondon.ac.uk and neil.randerwala@ncclondon.ac.uk

* Please share the workload for this Powerpoint equally between the group. *

Slide 1:  On the first slide, write your full names.

Slide 2: Discuss ideas for your magazine’s genre. What would you like your magazine to be about? Make a list / mindmap of genres together on this slide.

Slide 3: Discuss and choose the top 3 genre ideas from your list. For each of the 3 shortlisted ideas, discuss and respond to the following questions: 

What draws you all to this genre? 

Are there other magazines in this genre? What are their titles?

How will you be different? 

What potential topics could you explore in this magazine?

Slide 4: Select the idea you wish to move forward with and justify your choice: 

Why as a group did you choose this idea? 

Why is it interesting to you all?

Slide 5: Identify your ideal target audience by discussing and responding to the following questions: 

What is the age range of your target audience? 

What is their gender? 

What are their interests? 

Where do they live? 

What is their income?

Slide 6: Write an elevator pitch for your new magazine. Your pitch needs to include the following:

Magazine Name

The Big Idea

Because (including mention of audience)

Values – what do we believe in?

Vision – where are we going?

Personality – how do we want to come across?

Summary in 5-8 words

Slide 7: Your last slide must be a visual moodboard. Research and paste in any inspiring images you can find from the internet: colour schemes, typography, illustrations, photography, layouts… anything which illustrates what your group’s magazine might look like.

Flatplanning

You will then focus on planning out the pages of your group magazine together.

TASK 1: In your groups, sketch out your magazine flatplan on the template provided. Talk to each other to decide what each of you would like to contribute to your mini magazine. Use quick rough sketches to indicate what content will go where. Divide up who will work on which pages between you – some of you may have more than others.

TASK 2: Annotate your sketches to provide more context - eg. what might the image be? What might the title be?

TASK 3: Begin designing your individual A4 magazine pages using Adobe InDesign, including all text, titles and images. To do this, load InDesign. Then, create a new A4 Print document, change Start # to 2, and type in 6 pages (8 if you've taken on designing front and back cover also) - click Create. From here, you can start populating your magazine's pages (get images from your phones, or Pexels etc). View this InDesign Tips document to help.

[primewholesales]

Bambalio 82Ms 2 Line Display Scientific Calculator

240 Function Scientific Calculator: Including fractions calculations and a stat-data editor, the Bambalio BL82MS is a professional scientific calculator with 240 functions. A broad range of mathematical operations, including triangle functions, roots, n-th roots, percentages, scores, complex numbers, permutations, linear regression, standard deviations, and variable solutions, can be performed, ranging from simple computations to sophisticated tasks. Two-Line Large Display: You may observe the calculation formula and results concurrently thanks to the double-line LCD display, which guarantees readability and clarity. Equations can be shown simultaneously on the big 12-digit display, giving users a high-detail view for computation and error correction during intricate calculations. Hard sliding cover and sensitive keys: The keys’ high-quality induction buttons provide for fast input.

Power Source: The calculator runs consistently even in low light thanks to the LR44 batteries that power it. Its extended working hours and longer service life, when compared to other popular calculators on the market, make it a dependable tool for a range of applications.

Three Years Warranty: Our commitment to providing a sturdy and dependable scientific calculator is demonstrated by the generous three-year warranty, which guarantees your satisfaction.

BAMBALIO 10 Digits Double Line Price Labeller BM-6600

Alpha Numeric Labeling: With a 10-digit capability, the “BAMBALIO” 10 Digits Double Line Price Labeller BM-6600 offers alpha-numeric labeling. When used with a one-touch open system, this feature improves pricing processes’ efficiency. Suitable for high Use: This price labeller is ideal for demanding settings including factories, mills, warehouses, supermarkets, and retail chains because it is made to withstand high use. Its sturdy design and dependable operation make it an important tool for companies with requirements for high volume pricing. Complete Package: One price labeller, two ink rolls (one placed in the box and the other inside the machine), and one price label roll are all included in the package. This all-inclusive bundle guarantees that users have all they need for smooth and effective labeling operations.

Pentel NF450 CD Marker 10pc Set Assorted

The Pentel NF450 CD Marker 10pc Set in Assorted Colors can improve your labeling. This collection of markers comes with five black, one red, three blue, and one green, providing a flexible selection for different labeling jobs. Extra-fine points and a pen-style shape guarantee accuracy and convenience of usage on various surfaces.

Color Variety: The Pentel NF450 CD Marker 10pc Set comes with five black, one red, three blue, and one green marker, offering a flexible range of colors for labeling activities. Pen-Style Design: These markers are ideal for accurate marking on many surfaces because of their pen-style design, which makes them easy to use and comfortable to handle. Extra-Fine Point Precision: These markers’ extra-fine points provide precise, detailed markings that guarantee accuracy in a range of labeling applications. Adaptable Use: The range of hues meets a number of labeling requirements. This set is versatile and can be used for marking papers, organizing CDs, or working on creative projects. With the Pentel NF450 CD Marker 10pc Set in Assorted Colors, you may improve your labeling experience

[robpegoraro]

Home on the induction range

Two takeaways from five months of cooking with an induction range: Water boils exceedingly quickly, except when I bump a pot or pan and send it sliding away on that almost-frictionless cooktop.

Since March, stovetop cooking hasn’t sounded the same in our kitchen. Instead of the click-click-click-poof of a gas burner igniting, turning recipe ingredients in a pan or pot into a meal begins with the beeps of buttons on a touch-sensitive display and then the pulsing buzz of an induction coil. Replacing the gas range that had come with our house when we moved in 20 years ago, and which had…

[yes-these-obsessions-are-healthy]

It's really annoying when people try to dictate what specific queer sexuality a character must be because of their looks and behavior.

If you're getting angry that Astarion is being shipped with female PCs, then I'm sorry you lack the imagination necessary to comprehend the sheer kaleidoscopic range of queer male sexuality.

Iron Bull from Dragon Age: Inquisition never got this sort of flak as far as I know. He was confirmed Pansexual as well. Why is it that Astarion is so fiercely claimed as gay but Iron Bull is not? They have the same sexuality, but their personalities are different. Is it because Iron Bull is masc and Astarion is not? Is it because Astarion just so happens to mirror the stereotypical uppercrust fop and people simply can't conceive of someone being that audacious and sassy and him not being 100% homosexual? It truly isn't that difficult.

People are very protective of preserving gay and lesbians characters' sexualities, but why is it that same protection is never lent over to Bi characters' sexualities? Why is it that monosexuals insist on tugging a character with the capacity to be attracted to more than one gender or sex into Straight or Gay box. All it says to me is that your understanding of bisexuality is still stuck in the 1990s. Though we often joke that we are "half gay", we say it because that's the way society views it, not because it's actually true. If you're Bi/Pan, you're not gay or straight, you're something else entirely.

The fact that Larian took the "hot-headed fighter woman" and "catty, foppish uppercrust" archetypes and made them Bi should make you happy that they subverted expectations, not pissed that they didn't write utter cliches. Like it or not, fiction to a great extent does its best to reflect at least some aspect of reality, and for Bi people that are so often erased by the dominance of the "Gay or Straight" narrative, it's nice to see, because God knows gay people peddle the same exact monosexual bullshit that straight people do. They aren't immune to the misconceptions and propaganda. Bisexual people may behave, look, and act in a way that is reminiscent of certain 'subgroups' lesbians, gays, and straights, but our sexuality is not just an arrow on a sliding scale of Heterosexuality -- Homosexuality.

At some point you need to stop and realize that this 'hoarding' of Bi characters that gay and straight people tend to do only reflects and reaffirms one of the most historically and contemporarily pervasive issues we have in the LGBT community, that being how people view and police queerness through prescriptive rules and inductive and deductive reasoning, i.e. 'Astarion dresses, talks, and behaves like that, so he must be gay. He must be gay because he dresses, talks, and behaves like that', rather than the much more progressive and open-minded descriptive "Astarion has the capacity to be interested in any sex/gender, therefore he is Pan. He is pan because he has the capacity to be interested in any sex/gender."

Gays and lesbians need to accept that they don't have a monopoly on queer expression. If a Bi person does something that does not conform to cis-heteronormativity (such as Karlach being butch) and they affirm they are Bi, then they're no longer gay/lesbian-coded. They're Bi, so their behavior, looks, etc. is that of a Bi person. That's it.

not to be That Person but y’all have got to learn to be more normal about bisexual characters. this isn’t 2012. women romancing astarion is not the problem, nor is karlach “lesbian coded”. the real problem is y’all’s biphobia stemming largely from homophobic stereotypes

[tatastructura]

Factors to Consider When Choosing the Right Tata Structura Product

Selecting the most suitable Tata Structura product for your industrial needs is challenging if you are not technically conversant with the product features. It is evident that not every steel category has an identical manufacturing pattern – some do not carry the same defining characteristics that others might have. However, distinct properties of the same material are present in all the Tata Structura grades. ensuring a comprehensive range to meet various industrial requirements, including those related to sliding gate systems.

Here are a few exclusive factors that will help you choose the most appropriate Tata Structura products for your needs:

1. Material Strength

Material strength is one of the most critical considerations when choosing the right Tata Structura product. The captive Quality Control technicians measure the strength of steel and its yield sturdiness. It is the stress it can endure before beginning to deform permanently. The higher the steel strength, the more superior the product will be. Testing the level of strength is always important. For instance, if you are constructing a bridge requiring heavy loads, you will need a high-strength structural steel grade like YST 355.

The Tata Structura –YST 355 hollow sections contain a yield strength of 355MPa (megapascals) and UTS (Ultimate Tensile Strength) of 490MPa. This composition provides greater strength to sectional properties and weight ratio. As a result, it saves up to 40% compared to traditional angels/channels and up to 20%, contrary to local hollow steel sections.

2. Resistance against Corrosion

Corrosion seems to be a significant concern for manufacturers and end users that involve steel used in regions exposed to harsh weather conditions, such as water infiltrated with acidic chemicals or saltwater. Tata Structura grades have the perfect combination of chemical properties like carbon, silicon, and manganese, resulting in extraordinary strength to combat corrosive elements.

3. Critical Weldability

The ability to weld steel materials is a crucial consideration. Architects and structural engineers have initiated it, and it is indispensable for many applications involving designing and constructing airports, metro rail stations, shopping malls, conveyor galleries, IT and industrial complexes, solar support structures, and several other notable projects. Therefore, it is essential to choose a steel grade that is compatible with seamless welding, including square pipe.

Tata Structura products are manufactured by rolling a strip of flat steel into a cylindrical shape, and then the edges are welded together to create a seam. The technologically proven and advanced induction welding procedure guarantees a robust and uniform weld, leading to a high-end output with a steady thickness and dimensions. The typical welded hollow sections display versatility and adaptability. It makes them relevant for several engineering applications like bridges, building frameworks, industrial structures, and architectural layouts.

Further, these foolproof welded hollow steel sections give high tensile strength, enabling hassle-free fabrication through various stages of bending, cutting, and welding operations. This inherent flexibility of Tata Structura products helps architects and technicians explore the avenues of creative and innovative designs in keeping with quality.

4. Element of Formability

Formability refers to a steel grade's capacity to get into a desired shape without warping or cracking. A few categories of steel grades are more formable than others. This way, the level of formability will depend on the involvement of the shape you want to have. Tata Structura Hollow Sections are lightweight and more formable than local structural steels.

5. Heat Treatment Consideration

Some steel grades require heat treatment to reinforce strength, sturdiness and several other properties. If you need a steel section that has to be heat-treated, opting for a grade that aligns with a plan of action regarding heat treatment is imperative. Tata Structura YST 310 and 355 are ideally compatible with heat treatment.

6. Machinability Factor

It refers to the simplicity with which steel sections can be machined and given the desired shape. A few steel sections are more machinable than other grades. Tata Structura steel types like circular, rectangular, square and galvanised hollow sections are suitably machinable and easily fabricated.

7. Budget-Friendly

Tata Structura stainless steel tubing is economical for engineering and construction projects demanding top-notch skills and techniques. These products offer excellent strength-to-weight ratios that reduce labour and material cost overheads. The durability and low maintenance attributes make them the natural choice for several complex applications, including shed design projects.

8. Creativity Aspect

The adaptable nature of Tata Structura stainless steel tubing for structural purposes immensely helps technicians and architects to experiment with varied ideas. The objective is to build a structure that conforms to prescribed standards to stand the test of time. The visually appealing structures are conceived with various shapes, sizes, and finishes. It ideally encourages the development of modern architectural styles and construction policies.

9. Other Hallmarks of Steel Tubes for Structural Needs

Tata Structura steel hollow sections undergo strict surveillance at every stage of the manufacturing process. Every step conforms to IS 9000 QMS standards, from meticulous slitting of the edges of the strips to accurate induction welding.

• Test Certificate: Each Tata Structura product accompanies a test certificate, highlighting that it meets uniform material test standards.

• Even Dimensions, Thickness and Length: Tata Structura steel hollow sections carry foolproof precision in manufacturing, ensuring uniform dimensions, thickness and length for superior performance.

• High-End Ductility: These Tata steel products are highly malleable, making them flexible for necessary fabrication, allowing a seamless performance in various applications.

10. Environmentally Friendly

The technology to produce Tata Structura steel grade,including the manufacturing of single door frame, has made serious endeavours to be eco-friendly. The management has made every arrangement to recapture, clean and reuse carbon dioxide byproducts in other applications. Tata Steel has also taken an alternate step in producing steel from scrap metals. This additional EAF steel manufacturing process requires less energy to make the surroundings environmentally friendly.

Further, one can recycle Tata Structura products consisting of support beams and sections without losing their structural integrity and durability. The authorities can reclaim these steel grades at any time throughout their usage in various applications. The trimmed and cut pieces of the materials may find many uses after the completion of the fabrication work.

Conclusion The brand name of Tata Structura has a vital role in the rising industrial progress the country is experiencing. The product comprises the finest hot rolled steel coils; these products have been getting positive feedback from large-scale construction project management across the country that constantly maintains the product quality, thus leading to high productivity.

For more information on Tata Structura products, visit: https://www.tatastructura.com

[everestshopping]

Induction CookTops Online | Best Induction Stove Online | Best Electric Stove Brand | EVEREST Stabilizer

Turn Up the Heat and Feel the Speed!

Your dependency on gas stoves can be decreased with a one-time investment in an Induction Stove. Choose the Best Induction Cooker Online from a variety available EVEREST Stabilizer Brand to add to your collection of kitchen appliances. Metal coils within a radiant oven are heated by electricity. In order to heat the stove, the induction Stove's components require electricity and convert it into electromagnetic waves. The majority of EVEREST Stabilizer Brand induction stove are secure since they quickly cool down after turning off. The kitchen is much cooler because Best Electric Stove Brand don't utilise a flame to heat the utensils. In order to make stoves more user-friendly, manufacturers have added a variety of functions. 

Find an induction stove that suits your needs by investigating those featuring push buttons, touch panels, and jog dials. Most induction stove ranges have an automatic pan detection feature that prevents the stove from turning on until it spots an object in the pan. If the cooker has an automated shut-off feature, it will turn off when not in use. From the convenience of your home, check and compare Induction Stove Online Price. Electric stoves from the reliable and user-friendly EVEREST Stabilizer Induction Stove Brand are available online.

EVEREST Stabilizer Brand offers Induction Cooktops Online

Today, many cities kitchens use induction stoves or cookers, which are the newest trend in food technology. They are small, intelligent, and energy-efficient appliances that cook food more quickly and conveniently thanks to built-in timers and a variety of touch-based capabilities. Every induction cooktop has a flat surface that is either constructed of glass or ceramic material. Because of the flat design, flat pans won't slide around on the stove. Additionally, induction cooktops are simple to clean. 

EVEREST Stabilizer now offers a huge selection of induction cookers for sale online. Before making a purchase, you can look up information on induction cooker pricing, the Best Induction Stove Online according to brands, their many characteristics, etc. Simply log on to EVEREST Stabilizer from your house or wherever you are to Buy Electric Stove Online.

Things to think about when purchasing induction cookware

Power output

Most induction cooktops have a power rating between 1000 and 2000W. 

Preset Menu

The pre-set menu modifies the appliance's temperature according to the meal you are cooking.

Safety Options

If you want to Buy Induction Stove Online, features like auto-pan detection, auto shut-off, thermal control, etc. are crucial.

Size of the Cooktop's Pans

For best effectiveness, the size of the cookware must match the size of the induction cooktop's coil.

Portability

It is straightforward for the user to transport the appliance wherever they want thanks to a portable induction hob.

Your kitchen tasks can be made simple with an induction cooktop. To ensure that you get something that satisfies your unique demands, take into account the aforementioned elements as well as the induction cooker pricing on Reliance Digital.

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[desertrosew]

[cxrefractories]

What are the difference between tundish nozzles and ladle nozzles in steel making

This article explains the difference between ladle nozzle and tundish nozzle. Learn about the difference between ladle furnace andtundish furnace. Welcome to know more about refractory nozzle and other kinds of refractory products.

The different between tundish nozzles and ladle nozzles

Tundish nozzle and ladle nozzle are important components in the process of steelmaking, but they serve different purposes.  Tundish is used in the continuous casting process to distribute molten steel into the mold, while the ladle is used for transporting and pouring molten steel from the furnace to the tundish.

Refractory nozzles including a so-called long nozzle, an upper nozzle, a lower nozzle, and an immersion nozzle made from high-alumina refractory material, graphite powder, silica powder and other minor constitutents wherein a major part of the high-alumina refractory material.

This article relates to nozzles used around the ladle and the tundish in a steel manufacturing plant and made from specially processed refractories, and more particularly, it relates to those used in so-called continuous casting.

Tundish Nozzle Composition

Tundish Nozzles are an integral part of Continuous Steel Casting process. These products are instrumental in controlling the flow of Molten Steel from Tundish to Continuous Casting. Long casting sequence time. Controlled casting speed.

Tundish Nozzles usually comprise a zirconia inner nozzle (often referred to as a “zirconia insert”) with a lower grade outer body such as Alumina, Zircon or Bauxite.

Ladle Nozzle Composition

Ladle-nozzle – a type of refractory products used in the process of non-stop casting of steel. They are part of the components of refractories to a steel casting slide gate. They are an integral replaceable part of the nest block.

Ladle nozzle is composed of upper and lower sliding plates and 4 refractory bricks for the upper and lower nozzles. The pouring of each ladle of molten steel must pass through the upper and lower sliding plates and the upper and lower nozzles, so they are very strict.

Tundish Nozzles are an integral part of Continuous Steel Casting process. These products are instrumental in controlling the flow of Molten Steel from Tundish to Continuous Casting. These are highly suitable for open casting.

Tundish Nozzle & Ladle Nozzle

What is the difference between tundish and ladle?

(1) The tundish nozzle is smaller than the ladle nozzle and is easy to be blocked by cooling.

(2) The height of molten steel in the tundish is used to adjust and control the flow of molten steel in the tundish into the mold.

(3) The tundish allows a reservoir of metal to feed the casting machine while ladles are switched, thus acting as a buffer of hot metal, as well as smoothing out flow, regulating metal feed to the moulds and cleaning the metal.

What is Ladle furnace?

In steel: The ladle. An open-topped cylindrical container made of heavy steel plates and lined with refractory, the ladle is used for holding and transporting liquid steel.

The main purpose of the Ladle is to raise steel temperature and to control the chemical composition between tapping and casting, removing and/or modifying inclusions and acting as a buffer in melt shop logistics.

In the process of steelmaking, once the steel is made in the basic oxygen furnace, arc furnace or induction furnace, it is transferred into the ladle for further refining, chemistry adjustment, inclusion modifications, etc.All these treatments are carried out in the ladle. Additional heat is required to carry out these operations. Hence the ladle is provided with a heat source which heats the liquid metal and compensates thermal losses. Thus the furnace in which the quality of liquid steel is improved by refining and heating is called a ladle refining furnace (LRF). Our offer consists of a wide range of safe and reliable refractories ranging from slide gate to nozzle to nozzle changers and purging plug systems.

What is Tundish Furnace?

The tundish is a container of large dimensions that receives the steel from the ladle prior to its introduction into the continuous casting machine.

Tundish are highly responsible facilities within the casting process of molten steel, because they are subjected to high temperatures continuously and failure of them involves not only the production sequence, but also the safety of the plant.

The tundish is made from extremely durable materials which are capable of coping with the high heat of molten metals. The equipment is usually lined with a material with low conductivity, and may be fitted with a nozzle to control the flow of molten metal. In other designs, the pour is controlled by hand or by machine. Controlling the pour is important to avoid casting a piece with flaws such as cracks and bubbles, and to accommodate the needs of different metals.

More details about Ladle Nozzle & Tundish Nozzle

Which is the connector pipe between tundish and steel ladle?

In steel making, the shroud tube creates a connection between the ladle and tundish of the continuous casting plant allowing molten metal to flow between the two.

What is nozzle and diffuser?

A nozzle is a device which accelerates fluid. During this process, velocity of fluid increases with decreasing pressure. A diffuser is a device which slows down fluid. That means velocity of fluid decreases with increasing pressure.

What are the different types of tundish nozzles?

Different kind of tundish nozzles include, Alumina, Alumina Carbon, Zirconia Alumina Nozzles, which are manufactured for single to multiple casting application.

What is a tundish nozzle used for?

Tundish Nozzles are an integral part of Continuous Steel Casting process. These products are instrumental in controlling the flow of Molten Steel from Tundish to Continuous Casting. These are highly suitable for open casting.

What is a ladle nozzle used for?

Ladle-nozzle – a type of refractory products used in the process of non-stop casting of steel. They are part of the components of refractories to a steel casting slide gate. They are an integral replaceable part of the nest block.

In general, Learn more about the differences between ladle nozzle and tundish nozzle by reading this article. What's more, Get an in-depth look at the difference between ladle furnace and tundish furnace. If you are interested in refractory nozzle and other refractory products, welcome to view our factory to know more.

Article Source: What are the difference between tundish nozzles and ladle nozzles in steel making Company name: Henan Changxing Refractory Materials Co.,Ltd More refractory products:https://www.cxrefractories.com/en-all-refractory-products Email:info@cxrefractories.com Website:https://www.cxrefractories.com

Ladle Nozzle for sale

[digipubl6]

11 Sept | Starting the Group Induction Project

For this week only, you will start to work in groups of 4 to work on your induction project: creating a mini magazine.

This project will ease you in to working with others, introduce you to using the computers and the software and teach you about designing a product with purpose. 

Groups will be as follows:

Group 1:  Bhavni,  Stephanie,  Ryan Atwal,  Cassie,  Krishma

Group 2:  Ryan Atkins,  Lewis,  Aaron,  Freya

Group 3:  Nyatasha,  Gabriella,  Antonia,  Reece

Group 4:  AnnMarin,  Jonathan,  Zack,  Grantas

Group 5:  Isabella,  Hope,  Lily,  Finley

Let’s go through the presentation here first.

Making the Powerpoint

INSTRUCTIONS:

In groups of 4, select one member to create a PowerPoint online document.

Share access to this document by clicking on the Share button. Share with ALL 4 group members so that each person can edit it.

Additionally, share access with your teachers: stephanie.sekula@ncclondon.ac.uk and neil.randerwala@ncclondon.ac.uk

* Please share the workload for this Powerpoint equally between the group. *

Slide 1:  On the first slide, write your full names.

Slide 2: Discuss ideas for your magazine’s genre. What would you like your magazine to be about? Make a list / mindmap of genres together on this slide.

Slide 3: Discuss and choose the top 3 genre ideas from your list. For each of the 3 shortlisted ideas, discuss and respond to the following questions: 

What draws you all to this genre? 

Are there any other magazines in this genre? What are their names?

How will you be different? 

What potential topics could you explore in this magazine?

Slide 4: Select the idea you wish to move forward with and justify your choice: 

Why as a group did you choose this idea? 

Why is it interesting to you all?

Slide 5: Identify your ideal target audience by discussing and responding to the following questions: 

What is the age range of your target audience? 

What is their gender? 

What are their interests? 

Where do they live? 

What is their income?

Slide 6: Write an elevator pitch for your new magazine. Your pitch needs to include the following:

Magazine Name

The Big Idea

Because (including mention of audience)

Values – what do we believe in?

Vision – where are we going?

Personality – how do we want to come across?

Summary in 5-8 words

Slide 7: Your last slide must be a visual moodboard. Research and paste in any inspiring images you can find from the internet: colour schemes, typography, illustrations, photography, layouts… anything which illustrates what your group’s magazine might look like.

[fabcouniversal]

Slip ring induction motor, how it works?

For many years, induction motors have dominated the industrial sector. A form of rotor known as a slip ring rotor is utilised in induction motors used in lifts and hoists, whereas a simpler squirrel cage rotor is employed in the majority of other applications. I'll explain why there are two distinct rotor construction ideas for induction motors in this post. and also describe slide ring induction motors and how they operate to you.

Fabcouniversal is a carbon brush manufacturer for more information visit our website.

Slip rings are small, straightforward devices that may be used in a wide range of equipment, gadgets, and even heavy machinery in practically every sector.

[onosokkiindia]

Benefits of using Ono Sokki’s displacement sensor in industrial applications

Displacement sensors play a crucial role in various industrial applications where precise measurement of linear or angular displacements is required. Displacement sensor are used for quality control and inspection purposes in industries such as automotive, electronics, aerospace, and manufacturing. They can measure dimensional variations, part tolerances, and surface profiles to ensure that products meet specified standards. Sensors are employed in position control systems to provide accurate feedback on the position of moving parts or objects.

This is vital in applications such as robotics, CNC machines, automated assembly lines, and material handling systems. Displacement sensors are utilized to align components or machinery accurately. They can measure deviations from a reference position and provide real-time feedback for adjustment and alignment tasks, ensuring precise positioning and alignment of equipment.

Displacement Sensor Applications

Manufacturing and automation

Automotive Industry

Aerospace and aviation

Civil Engineering and Construction

Electronics and Semiconductor Manufacturing

Medical Devices and Biomechanics

What are the features of a displacement sensor?

Measurement Range: Displacement sensors are available in different measurement ranges, allowing them to measure small-scale or large-scale displacements based on the application requirements.

Accuracy and Resolution: The accuracy of a displacement sensor refers to how closely it measures the true displacement value, while resolution refers to the smallest change in displacement that the sensor can detect.

Non-contact Measurement: Many displacement sensors utilize non-contact measurement techniques, such as optical or capacitive sensing, which do not require physical contact with the object being measured.

Sensing Principle: Displacement sensors employ various sensing principles, such as capacitive, inductive, optical, or magneto strictive, depending on the specific application requirements.

Output Signal: Displacement sensors can provide different types of output signals, including analog voltage, analog current, digital, or frequency signals.

Environmental Robustness: Displacement sensors designed for industrial applications often feature robust construction and protection against harsh environmental conditions, such as temperature extremes, vibration, moisture, or dust.

Types of displacement sensors

Potentiometric Sensors: These sensors use a resistive element and a sliding contact to measure displacement. The change in resistance as the contact moves along the resistive element provides a voltage output proportional to the displacement.

Capacitive Sensors: Capacitive sensors measure displacement by detecting changes in capacitance between two or more electrodes. The displacement alters the gap between the electrodes, resulting in a change in capacitance, which is converted into a displacement measurement.

Inductive Sensors: Inductive sensors utilize the principle of electromagnetic induction to measure displacement. A coil generates an electromagnetic field, and the movement of a metallic target induces changes in the field, which are detected and converted into displacement values.

Optical Sensors: Optical sensors employ light beams and detectors to measure displacement. They can use different techniques, such as triangulation, interferometry, or laser-based methods, to determine the position or displacement of an object.

Hall Effect Sensors: Hall effect sensors measure displacement based on the Hall effect, which is the generation of a voltage when a magnetic field is applied perpendicular to the current flow in a conductor. The displacement alters the magnetic field, resulting in a change in the Hall voltage and providing a displacement measurement.

Eddy Current Sensors: Eddy current sensors use the principle of electromagnetic induction to measure displacement. A coil carrying an alternating current generates eddy currents in a conductive target, and the displacement alters the interaction between the coil and target, which is detected and converted into displacement values.

Linear Variable Differential Transformers (LVDT): LVDT sensors are widely used for linear displacement measurement. They consist of a primary coil and two secondary coils wound on a cylindrical core. The displacement changes the coupling between the primary and secondary coils, producing differential voltages that indicate the displacement.

What are the three main components of a sensor?

Sensing Element: The sensing element is part of the displacement sensor that interacts with the object or target being measured. It detects the displacement and converts it into a measurable signal. The sensing element varies depending on the type of displacement sensor. For example, in an optical displacement sensor, the sensing element may consist of a light source, optics, and a detector. In a capacitive displacement sensor, the sensing element includes electrodes or capacitive plates.

Signal Processing Unit: The signal processing unit receives the signal from the sensing element and processes it to provide a meaningful measurement or output. This unit may include amplifiers, filters, analog-to-digital converters (ADCs), and other circuitry that condition and convert the raw signal into a usable form. The signal processing unit may also incorporate calibration and compensation techniques to enhance the accuracy and stability of the measurement.

Output Interface: The output interface is responsible for delivering the measurement output to the user or the control system. This interface can be in the form of analog signals (voltage or current), digital signals, or other types of outputs, depending on the sensor and application requirements. The output interface may include connectors, terminals, or communication interfaces (such as serial communication or Ethernet) to connect the displacement sensor to the external system.

What is the working principle of displacement sensors?

Potentiometric Sensors: Potentiometric sensors use a resistive element and a sliding contact. The displacement of the sliding contact along the resistive element changes the resistance, which is converted into a voltage output proportional to the displacement.

Capacitive Sensors: Capacitive sensors measure displacement by detecting changes in capacitance. The sensor consists of two or more electrodes, and the displacement alters the gap between them, resulting in a change in capacitance. This change is then converted into a displacement measurement.

Inductive Sensors: Inductive sensors utilize electromagnetic induction. The sensor includes a coil that generates an electromagnetic field, and the movement of a metallic target induces changes in the field. These changes are detected and converted into displacement values.

Optical Sensors: Optical sensors use light beams and detectors to measure displacement. They can employ different techniques such as triangulation, interferometry, or laser-based methods. The displacement alters the position of the reflected or diffracted light, allowing measurement of the displacement.

Culmination

Ono Sokki’s displacement sensors offer several significant benefits for industrial applications. Their high accuracy and resolution ensure precise and reliable displacement measurements, contributing to improved quality control and inspection processes. The non-contact measurement capability minimizes the risk of damage, interference, and wear, enhancing the longevity of the sensor and the equipment being measured. The wide range of linear gauge sensor measurement options provided by Ono Sokki’s displacement sensors makes them suitable for diverse industrial applications, from automotive and aerospace to electronics and manufacturing. They can effectively monitor and control position, alignment, vibration, load, and force, enabling optimal performance and operational efficiency.

For any clarifications or queries, please feel free to contact us:

Mobile: +91–92055–92194 or +91–92055–92195

Email ID: osid@onosokki.co.in

Website: www.onosokki.co.in