Drafting Consultants’ Post

A *floating column* is a vertical structural element that is designed to rest on a beam or another horizontal member instead of extending all the way to the foundation of a building. This design choice can be used for architectural or functional reasons, such as creating open spaces without obstructions on the lower floors. Key characteristics of a floating column include: 1. *Structural* *Dependency* : It relies on the beam it rests on to carry its load, which means the beam and the supporting structure must be designed to handle these additional loads. 2. *Architectural Flexibility:* It allows for more flexible and open interior layouts, which can be useful in spaces like lobbies, basements, or parking garages. 3. *Complex Load Path*: The load from a floating column is transferred through the beam and then to other structural elements, which can complicate the load path and require careful structural analysis to ensure safety and stability. While floating columns can be beneficial for certain architectural designs, they require meticulous engineering to ensure that the load is properly distributed and the building remains structurally sound. Misuse or poor design can lead to structural issues and even collapse in extreme cases. #RebarDetailing #ConcreteConstruction #StructuralEngineering #SteelReinforcement #ConstructionDetailing #CADDesign #BIMModeling #BuildingCodes #ConstructionDrawings #SteelDetailing #ConstructionIndustry #Building #Structures #ConstructionTech #RebarDesign #ConstructionStandards

A hidden beam, also known as a concealed beam, is a structural element within a building’s construction that carries loads while remaining unseen, integrated into the slab of the structure. It has the same depth as the slab it supports, allowing for an unobstructed and aesthetically pleasing appearance in architectural designs. The main purposes of a hidden beam are to distribute loads effectively, break down large slab panels, maximize floor height, and provide space for electromechanical ductwork, all while maintaining the integrity of the structure and enhancing its visual appeal. Advantages of hidden beams include: They remain concealed, contributing to a seamless appearance. They allow for greater architectural flexibility and open interior spaces. They efficiently disperse loads on the supporting slab. They facilitate maximum floor height without compromising structural integrity. Disadvantages may include lower ductility due to the high reinforcement ratio needed to compensate for depth restrictions, especially at column connections. Hidden beams are commonly used in various types of slabs like waffle, ribbed, or solid slabs to meet both structural and aesthetic requirements. https://lnkd.in/eK8VtXAa

#hard60dayschallenge #civilguruji Day-12 Learn about drawing reading of Parapet wall and Staircase tower plan And their Estimation for different structural component like Column, beam, slab and wall. Plaster work White wash Painting work Concreting and Shuttering. #hard60dayschallenge #CivilGuruji Parapet walls are common features in architecture, especially on rooftops. They serve both functional and aesthetic purposes, such as providing a barrier to prevent people from falling off the edge of a roof and adding visual interest to the building's exterior. Parapet wall details typically include dimensions, materials, connections to the roof structure, waterproofing, and any architectural embellishments like coping stones or decorative elements. The design of the parapet wall can vary depending on factors such as building codes, architectural style, and structural requirements.

𝗖𝗹𝗮𝗱𝗱𝗶𝗻𝗴 𝘃𝘀 𝗦𝗶𝗱𝗶𝗻𝗴: 𝗜𝘀 𝗧𝗵𝗲𝗿𝗲 𝗔 𝗗𝗶𝗳𝗳𝗲𝗿𝗲𝗻𝗰𝗲? 🏠 It's a topic with some variance and personal opinion, and we want to know how you define the difference between the two. Let us know in the comments! For Longboard, cladding is a external layer that is fixed to a building via a substructure (e.g. furring strips, girts, or other cladding attachment systems), creating a ventilated space between the cladding and the wall. This space allows for moisture to drain and prevents water buildup, protecting against rot and mold. Cladding offers more design flexibility, being available in various colors, textures, and orientations (horizontal or vertical). It can be made from a range of building materials like metal, timber, plastic, and masonry. Cladding can also be used in interior applications. Siding, on the other hand, is typically attached directly to the building's exterior walls and is made from materials such as wood, vinyl, or fiber cement. It is a more traditional choice that requires less steps to install, and is available in a range of classic colors and textures. Panels or boards go up individually and are easily removed when replacement is needed. #manufacturing #construction #architecture #cladding #siding #residential

Structures featuring "hidden beams" are generally problematic, which is why they are not included in building codes. Such buildings/ Slabs with "hidden beams" often experience significant issues, including excessive deformations that lead to cracking and crushing of partition walls, excessive floor vibrations, punching failure, poor post-failure performance, and brittle behaviour during seismic events. Besides, all this is not accounted for in the design code. A proper design will take care of your beam and slab design/details Also, one can consider a Flat slab design or Rib slab design if your scope is to have a relatively flat under-slab

What makes Infinite Facade the ultimate solution for building exteriors? ✅ It uses 40% less cement than traditional concrete systems, making it eco-friendly. ✅ It offers unlimited finishes, textures, colors, and glazing options for endless design possibilities. ✅ It provides a streamlined process with a single point of contact from design through occupancy and warranty. ✅ And, it vastly speeds up construction, arriving at the job site with insulation and windows preinstalled. #infinitefacade #prefabrication

A hidden beam, also known as a concealed beam, is a structural element within a building’s construction that carries loads while remaining unseen, integrated into the slab of the structure. It has the same depth as the slab it supports, allowing for an unobstructed and aesthetically pleasing appearance in architectural designs. The main purposes of a hidden beam are to distribute loads effectively, break down large slab panels, maximize floor height, and provide space for electromechanical ductwork, all while maintaining the integrity of the structure and enhancing its visual appeal. Advantages of hidden beams include: They remain concealed, contributing to a seamless appearance. They allow for greater architectural flexibility and open interior spaces. They efficiently disperse loads on the supporting slab. They facilitate maximum floor height without compromising structural integrity. Disadvantages may include lower ductility due to the high reinforcement ratio needed to compensate for depth restrictions, especially at column connections. Hidden beams are commonly used in various types of slabs like waffle, ribbed, or solid slabs to meet both structural and aesthetic requirements.

#CivilEngineers, explore staircase types: Straight: Simplest design, single flight between floors. #ClassicChoice L-Shaped (Quarter Turn): Efficient for tight spaces, two flights with a 90° turn. #SpaceSaving U-Shaped (Half Turn): Two flights with a 180° turn at a landing. #DoubleBack Circular: Elegant & space-consuming, winds around a central pole. #GrandEntrance Spiral: Space-saving & dramatic, corkscrew design with a central pole. #SpaceSavingDrama Reinforcement: Steel bars (rebars) are used in concrete stairs for strength & crack control. #HiddenStrength Important Points: Rise & Run: Comply with building codes for comfortable step dimensions. #SafetyFirst #CodeCompliance Landings: Provide rest areas for longer staircases & change direction. #Accessibility Handrails: Essential for safety & must meet code requirements. #SafetyByDesign Materials: Concrete, steel, wood (consider fire safety & durability). #MaterialMatters Choose the right staircase for your project! #StaircaseDesign #BuildingDesign #Construction #Learning #BuiltEnvironment #Architecture

Shell and Core vs. Cat A fit outs: What's the difference? In this article we dive into the definitions, features, the pros, and the cons of each option. Discover how Shell and Core provides maximum flexibility for customisation, while Cat A offers a habitable blank canvas for faster occupancy. Read more → https://lnkd.in/eqwcGChc Ready to transform your workplace? Get in touch with Tom Parsons or Leah Owen (nee Nicholls) for advice on your project. ☎️ 0118 913 1811 📧 info@officeprinciples.com #officeprinciples #construction #design #interiordesign #designandbuild #officeinteriors #officedesign #workplacedesign #architecture

Presenting a modern building design with light grey concrete, dark wood accents, and glass windows for a sleek, functional look. Materials like stone cladding and steel railings offer durability and style, while the open layout maximizes natural light and space. A perfect blend of aesthetics and efficiency. 🏙️✨ #BehindTheScenes #ArchitecturalJourney #3DDesign #AutoCAD#RevitDesign#BuildingDesign#3DRendering#ArchitecturalVisualization #DesignInspiration #ArchitectureLovers#InteriorDesign#ArchitectureStudent#CivilEngineering#3DDesign