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A hidden beam or concealed beam is a type of beam that has the same depth as the slab it supports, so it is not visible after construction. It is used to distribute loads on the slab, reduce the span of the slab, save floor height, and improve the aesthetic appearance of the ceiling. However, it also creates some structural challenges, such as the interaction between the slab and the beam, and the need for proper reinforcement and detailing.

Emburite Architectural Metal Panels Our team of professionals delivers a wide range of architectural metal panels, including glazing infill panels, spandrel panels, shadow boxes, soffits, copings, back pans, and flashings. For all your metal panel needs, trust the expertise of Embury Company. Benefits of Architectural Metal Panels - Ease of Installation Architectural metal panels are easy to install, requiring fewer labor hours, reducing the overall project timeline and costs, making metal panels a durable and efficient construction material without compromising quality. - Durability Unlike other traditional building materials, metal exhibits exceptional toughness and durability. It is not prone to crack or fade over time, retaining its structural integrity and aesthetic appeal. Metal panels provide a durable and resilient building envelope. - Low Maintenance Metal panels boast an extended lifespan, resulting in minimal maintenance requirements. In contrast to materials like wood, concrete, or masonry that often demand ongoing upkeep, metal panels require little to no maintenance, making metal panel systems a cost-effective choice over the long term. - Customizable Available in various surfaces, colors and finishes such as painted, anodized or textured, architectural metal panels can be customized to suit specific project requirements to achieve desired appearances and withstand challenging environmental factors. #torontoconstruction #manufacturer #Coilanodizer #sheetmetalfabrication #sheetmetal #metalsupplier #curtainwall #curtainwalls #metalparts

A hidden beam or concealed beam is a type of beam that has the same depth as the slab it supports, so it is not visible after construction. It is used to distribute loads on the slab, reduce the span of the slab, save floor height, and improve the aesthetic appearance of the ceiling. However, it also creates some structural challenges, such as the interaction between the slab and the beam, and the need for proper reinforcement and detailing.

Brick bonds in masonry dictate the arrangement of bricks in a wall, influencing both structural integrity and visual appeal. Common types include stretcher bond, where all bricks show their long face; header bond, with short ends facing outward; and English bond, alternating stretchers and headers for a balanced structure. Flemish bond offers a decorative alternation of headers and stretchers, while stack bond aligns all stretchers for a modern look. Running bond staggers joints in a simple, widely-used pattern. Design considerations, structural needs, and aesthetic preferences determine the choice of brick bond in construction. #BrickBonding #MasonryDesign #StructuralIntegrity #ArchitecturalPatterns #StretcherBond #HeaderBond #EnglishBond #FlemishBond #StackBond #RunningBond #CommonBond #DutchBond #DiagonalBond #RatTrapBond #BrickWallDesign #ConstructionAesthetics #BuildingPatterns #ArchitecturalChoices #ModernMasonry #TraditionalCraftsmanship Marcio Leão Parastoo Azad Nitesh Kumar Purohit Pareekh Jain Dr.Subramanian, Ph.D., FNAE, F.ASCE, M.ACI Narayanan Felipe Ochoa Cornejo 👨🏻🏫🇨🇱 Yeo Chee Min Oliver Jones Tanvir Hussain Civil Er.Jai Kumar Tiwari Nitin Gupta Florian Palatini Grant LeBeau, E.I.T. Gregory Harington

Building the Backbone: Wall, Pier, & Column Design for #CivilEngineers! These elements are the strong bones of your structure! Here's the design lowdown: Safety First: Always prioritize safety factors to account for uncertainties and unexpected loads. #StructuralIntegrity Design Concepts: Consider slenderness ratios, lateral stability, moment capacities, and material properties. #OptimumDesign Use the Right Stuff: Choose appropriate materials (concrete, steel, masonry) based on load requirements and aesthetics. #MaterialSelection Avoid the Pitfalls: Don't overlook eccentricity (off-center loads), foundation interactions, or potential cracking. #PreventativeMeasures Strong design = Safe & Sustainable Structures! #Walls #Piers #Columns #StructuralAnalysis #BuildingCodes #Learning #BuiltEnvironment

Simplifying new cove construction with the 8920 Knife Edge profile. Features: - Ordered in length of 96 inches (2.43m) and is cuttable on site for precise installation. - A direct fit for standard 5/8" gypsum panels, will also accommodate 1/2" panels with the installation of 1/8” shims onsite. - The grooved area allows leveling of the profile to the plasterboard using drywall mud. - Easily connect multiple sections with a variety of type B joiners. - Two different LED channels, a 90 degrees to focus the light in the cove, a 40 degrees to wash of the ceiling. - Includes a set of Prime lenses for optimal optics and protection from dust. - A variety of color temperatures and lumen packages (light outputs), as well as warm dim, tunable white, or RGB available.  - Aluminum channel is field paintable https://zurl.co/MZsl #interiordesign #architecturaldesign #aia #lightingdesign #lightingdesigner #lightingsolutions #engineeringdesign #designbuild #luxurydesign

#icotek TE | Thread extension for #cableglands and #cableentryplates , M32 / M50 / M63 >> Details : https://lnkd.in/g-TiQjtu Sometimes thread lengths of cable glands or multi cable entry plates are not sufficient, especially when using sandwich walls or walls made of concrete. The icotek thread extensions help here. With an appropriate combination, very large distances can be achieved. The extensions can also be shortened at the specified points in order to achieve even more precise spacing. Due to the stable design, almost any number of extensions can be screwed together. The thread extensions are available in two sizes M32 and M50 and in three thread lengths 35 mm, 60 mm or 120 mm. #cablemanagement #cableassembly #Grommet #conduits #threadextensions #cableentry #entryplates #advfitgroup

⏱ Drywall Minute Tip: Modifying L Beads for Tight Arches! 💡 “What if my radius is tighter than the range built into the AS3299 Archway L Bead?” 🤔 We get this question a lot! 😎 Here’s the solutions: ✅ Using a sharp razor knife, lightly score the tabs on Trim-Tex Architectural Archway L Bead and remove the tabs as seen in the video. ✅ Staple on the tabs you left untouched, mud them in, and add a little caulk right at the edge for a perfect finish. ✅ If your radius is not that tight, you can remove every third tab, but if it’s a very tight radius, remove all the tabs in the middle and leave only the ones on the edges. Whatever it takes to fit around that radius! That’s it! 🙌 No need for custom products or heat guns. 🔥 For more Pro Tips and FAQs, visit Trim-Tex.com. 🛠 #DrywallMinute #DrywallMinuteTip #drywallsolutions #trimtex_drywall #contractor #buildingmaterials #drywallindustry #constructionindustry #drywallproducts #drywallpro #generalcontractor #projectmanager #architect #commercialconstruction #residentialconstruction

Did you know...? Have you ever dropped a ball on the floor, only to have it roll out of reach under the furniture? You may have Deflection to thank for that. Not uncommon in historic buildings, structural framing like beams and rafters can bend when subjected to loads greater than what the framing was originally designed for. Also common in cases where columns or bearing walls are removed, signs of deflection could take the form of sloped floors, sagging ceilings, or cracking floor tiles or ceiling plaster. While stabilizing is more commonly prescribed than re-leveling for historic framing, you should always consult a qualified structural engineer if you notice ongoing sagging, bouncing, or finish damages in your building. They will be able to identify the root cause of the issues and design appropriate repairs to make your structure safe and sound. #WednesdayWisdom #Deflection #SaggingFloors #KeepLearning

🏡Sectional diagram of a typical building wall structure. Here's a breakdown of the components labeled in the image: 1. Parapet: A low protective wall along the edge of the roof. 2. Roof Slab: The flat, horizontal surface forming the roof of the building. 3. Sunshade: A projection above windows or doors to block direct sunlight. 4. Lintel: A horizontal support above a window or door opening. 5. Window: An opening in the wall fitted with glass to allow light and ventilation. 6. Sill: A horizontal beam forming the base of the window. 7. Basement (Plinth): The base level of the structure, often a thick section of the foundation above the ground level (G.L.). 8. G.L. (Ground Level): The level of the ground surface outside the structure. 9. Stepped Footing in R.R. (Random Rubble): A foundation method where rubble stones are used, with the footing designed in steps for stability. 10. Foundation Concrete: The concrete layer that forms the base of the foundation. 11. Flooring Concrete: The concrete slab on which the floor of the building rests. This diagram is typically used to explain the basic structural elements of a building and how they relate to one another. #BuildingStructure #WallSection #CivilEngineering #ConstructionDetails #Foundation #RoofSlab #Parapet #Lintel #Window