#Structural Adaptation Examples

Kinetic Architecture in motion! Mid-Jury prototype models for Convertible Roofs & Kinetic Facades. Instructor: Syed Ahmed Hasan Gilani @gilaniahmed Video: Amal Shehzad @amal_shehzadd

A little structural engineering lesson! Jettying is where upper level walls are shifted out beyond the area of the floor below. Beams supporting these walls have to be cantilevered out past the lower level walls. When a structure utilizes jettying - a negative bending moment is created which causes the beam to bend upwards. The positive bending moment from regular floor load is counteracted by the negative moment from the wall supported at the end of the cantilever. This can drastically reduce the depth of beams needed for floor framing! (Yes I know this is technically not a propped cantilever - it’s more like a cantilever with a back span!) #lego #structuralengineering #brickgineer

✨When buildings begin to move, kinetic architecture takes the lead. Mid-jury prototype models by students of @bnu.rhsa explore convertible roofs and kinetic facades, revealing how motion, structure, and adaptability redefine architectural performance. Instructor: Syed Ahmed Hasan Gilani @gilaniahmed 🎥 Amal Shehzad @amal_shehzadd 🚀Join @thepaacademy’s workshops to learn the most advanced tools in architecture from pioneering architects and designers! #architecturaleducation #structuraldesign #bridgeengineering #designstudio #architecturestudents

The Anatomy of a High-Performance Detail 🏗️ Architecture is more than just aesthetics; it’s about how every layer performs. This section reveals the complex harmony behind a modern installation: • Triple Glazing: For ultimate thermal and acoustic comfort. • Thermal Break: Engineering the bridge between inside and outside. • Structural Steel: The raw, industrial soul of the building. Precision in the details is what transforms a simple drawing into a lasting structure. Call to Action: Which part of this assembly is most critical in your projects? Let’s discuss in the comments! 👇 #architecture #architecturaldetail #facadedesign #construction #engineering

At first, it looks like it shouldn’t be standing at all. 🏗️ No support underneath. No columns holding it up. This is a cantilever structure — and it works by doing the opposite of what you expect. Instead of spreading weight evenly, it anchors one end deeply into a fixed support, forcing the structure to balance itself through tension and compression. The top stretches, the bottom compresses, and the load is pushed safely back into the base. Every centimeter is calculated. Too short, and it’s wasteful. Too long, and it bends, cracks, or fails. That’s why cantilevers demand precise materials, reinforcement, and engineering discipline. From balconies and bridges to cranes and modern architecture, this design creates space without clutter — strength without visible support. It doesn’t float. It holds its breath, perfectly balanced against gravity. ⚖️🏛️ #StructuralEngineering #ArchitectureDesign #EngineeringFacts

How This Self-Supporting Structure Actually Works 🤯 This is one of the most ingenious engineering solutions from ancient times. Using a method called reciprocal framing, builders created strong structures without central columns, nails, string, or mortar. Each wooden beam both carries its own load and transfers it to the others. When the final beam is placed, it locks the entire system in position and the structure begins to support itself — the entire framework standing through mutual equilibrium. #ReciprocalFraming #AncientEngineering #EngineeringFacts #MindBlowingFacts #DidYouKnow DailyKnowledge HowItWorks ViralReels InterestingFacts StructuralEngineering LearnSomethingNew AmazingFacts FactReels WowFactor

Structural Analysis & Drafting.. . . 1. Position of column & orientation based on floor plan. 2. Running of beam layout for all floors considering brick work drawing. 3. Preparation of centreline drawings. 4. Creating the model & analysis of structure in analysis software. 5. As per IS code books IS 875 & SP 16 loads are assigned. 6. After analysis based on structural reactions & soil bearing capacity size of footings are decided. 7. Area of steel percentage and bending moments decides the size & reinforcement of columns & beam. #structuraldrawing #structuralanalysis #buildingfoundations #gmdcivilsolutions

© Copyright Pro-Level Civil Engineering. All Rights Reserved. 4 important rules when designing a Concrete Torsion-Exposed Beam: When a slab is subjected to loading, the resulting force generates a moment on the beam, manifesting as torsion. This torsional force induces diagonal tensile stresses across the entire peripheral zone. To effectively counteract these stresses, follow these 4 roles: 1. Strategically place longitudinal reinforcement along the entire perimeter of the beam. 2. Equip stirrups with a double hook for optimal effectiveness. 3. Securely anchor rebars from the slab in the beam, either through a double bend or a traditional one-piece design. 4. Design beams under torsion with a larger width due to high shear strength requirements. #structuralengineering #concretedesign #civil #construction #design

A cantilever structure transfers loads through bending moments and shear forces without external support at the free end. This lab scale model demonstrates how fixed supports resist rotation, how stresses redistribute along the member, and why stiffness, material behavior, and load paths are critical in real world construction. From balconies to bridges, cantilevers work not by magic, but by controlled force equilibrium. #cantilever #engineering #civil #load #bending

🟦 انواع سقف در سازه اسکلت بتنی 🔹 انتخاب نوع سقف در سازه‌های بتن‌آرمه تأثیر مستقیم بر وزن مرده، رفتار لرزه‌ای، سرعت اجرا و هزینه نهایی پروژه دارد. از رایج‌ترین سیستم‌ها می‌توان به موارد زیر اشاره کرد: ▪️ دال بتنی توپر ▪️ سقف تیرچه بلوک ▪️ دال وافل (دوطرفه) ▪️ سقف یوبوت / کوبیاکس (مجوف) ▪️ دال پس‌تنیده (Post-Tension) ▪️ عرشه فولادی با بتن (کامپوزیت روی اسکلت بتنی خاص) انتخاب بهینه هر سیستم نیازمند بررسی دهانه، بارگذاری، محدودیت ارتفاع، سرعت اجرا و ملاحظات اقتصادی است. — — — 🟦 Types of Slabs in Reinforced Concrete Structures 🔹 Slab selection directly affects dead load, seismic performance, construction speed, and project cost. Common systems include: ▪️ Solid Concrete Slab ▪️ Joist Block Slab ▪️ Waffle Slab (Two-way) ▪️ Voided Slab (U-Boot / Cobiax) ▪️ Post-Tensioned Slab ▪️ Composite Deck with Concrete (in special RC frames) Proper selection requires evaluating span length, loading, height limits, execution speed, and cost efficiency. 📣 شما بیشتر با کدوم سیستم سقف کار کردین؟ تجربه اجرایی‌تون رو به اشتراک بذارین. #ConcreteStructure #SlabSystems #StructuralEngineering #ConstructionMethods #CivilEngineering

We are engineering North America's longest-span bending-active timber gridshell - and we're looking for talented and driven structural engineers with an interest in complex structures to join us in our Vancouver, Abbotsford, Seattle, or Trento offices. If you are... ➡️Passionate about efficient and beautiful structures and details ➡️Deeply interested in "how it gets built": will you work alongside our carpenters to realize your own designs? Will your concepts be buildable? ➡️Fluent with sketching & concepts (you need to beat Leif Johnson!) ➡️Skilled at communicating your design ideas to creative architects worldwide ...then shoot me or @structurecraft_ a DM, or apply at the link in their bio We're hiring in Abbotsford, Vancouver, Seattle, and Trento (Italy) for a variety of engineering positions. But if you are somewhere else, and passionate about what we do, please also get in touch. Pictured below: the Assembly Studios Bandshell for Assembly Atlanta, designed in collaboration with @smithdalia.arch. It features a Chebyshev gridshell created with elastically bent timber members, anchoring into a doubly curved glulam ring beam (which is currently being manufactured in our shop). #hiring #structuralengineering

Sustainable & Climate-Responsive Design 🌿 In a recent design study, we explored a subtle yet powerful principle in climate-conscious architecture: Form and orientation aren’t just about aesthetics—they’re strategy. By aligning a building’s form with prevailing wind patterns, we can: — enhance natural ventilation — reduce energy consumption — improve occupant comfort — and even strengthen structural performance It’s a quiet move with a big impact—one that deserves more attention in sustainable design conversations. #climatology #sustainablity #sustainabilitytips #responsivedesign #localarchitecture #sitedesign #archillustration #siteanalysis #siteplanning