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Looking forward to presenting virtually today at the The Institution of Structural Engineers on the analysis and strengthening of concrete buildings 1950-1985, focusing on building modelling, along with Tony Jones and Rossella Nicolin CEng FICE FIStructE. I'll be providing a case study on the refurbishment of the Commonwealth Institute, the building's conversion into the new the Design Museum, and how we analysed and strengthened the iconic hyperbolic paraboloid shell. Spoiler alert: I'll be emphasising how the first step in any good structural analysis is to understand the load path using engineering judgement, and how computer analysis is best left until the later stages. Our experience shows that jumping too quickly into computer analysis leads to a poorer true understanding of how the structure actually works, as it reduces the time that the engineer spends thinking about the load path. https://lnkd.in/ewkJZqm3

Retrofitting in structural engineering refers to the process of strengthening or modifying existing structures to improve their performance, extend their service life, or adapt them to new requirements, such as changes in building codes or occupancy. The scope of retrofitting in structural engineering is broad and encompasses various aspects- 1-Seismic Retrofitting 2-Structural Strengthening 3-Upgrading Building Systems 4-Accessibility Retrofitting 5-Adaptive Reuse 6-Environmental Retrofitting 7-Fire Safety Retrofitting In upcoming posts, I'll try to explain each and every aspects in detail. #structure #civilengineering #construction #structures #structuralengineering #civilengineering #dynamics #structuraldesign #structural #structures #earthquake #engineering #construction #constructionindustry #steelstructures #constructioninnovation #researchers #civilengineer #learning #learninganddevelopment #ashramconsultancy #AC&C

Call for Papers: Special Session on Innovative Modular Construction in Extreme Dynamic Loading Conditions We are excited to invite researchers and practitioners to submit their papers to our Special Session on Innovative Modular Construction in Extreme Dynamic Loading Conditions at the upcoming Ninth International Conference on Structural Engineering, Mechanics and Computation (SEMC 2025). Session Details: Session Title: Innovative Modular Construction in Extreme Dynamic Loading Conditions Session Code: SS24 Conference Dates: 1-3 September 2025 Location: University of Cape Town, South Africa Organizers: Dr. Said Elias Rahimi & Prof. Michael Beer, Leibniz University Hannover, Germany https://lnkd.in/ezuq8d8Q Specific Objectives: Examine the current state of the AEC sector and identify challenges hindering productivity and innovation. Showcase the potential of modular construction to enhance constructability, manufacturing processes, and the entire building life cycle in the context of extreme dynamic loading conditions. Discuss the application of modular construction in addressing labor and housing shortages, with a focus on rapid post-disaster reconstruction under extreme dynamic loading conditions. Bridge knowledge gaps in applying modular construction to withstand lateral and dynamic forces associated with extreme conditions. Topics of Interest: Overview of Modular Construction in AEC: Understanding the current landscape, challenges, and opportunities in the AEC sector. Constructability, Manufacturing, and Life-Cycle Design: Exploring how architects and engineers can leverage modular construction for efficiency and sustainability under extreme dynamic loading conditions. Modular Construction in Post-Disaster Scenarios: Assessing the role of modular construction in post-disaster situations, with a focus on lateral and dynamic forces. Innovative Building Technologies: Showcasing advances in modular construction materials, including mass timber and steel, and their impact on the AEC sector under extreme dynamic loading conditions. Submission Guidelines: Authors are invited to submit their abstracts of the papers through the conference submission system. Please ensure your paper's abstract aligns with the session’s theme and follows the conference’s formatting guidelines. For detailed submission instructions, visit the SEMC 2025 Submission Page. We look forward to your contributions and to welcoming you to what promises to be a highly engaging and insightful session at SEMC 2025. For any inquiries regarding the session, please contact the session organizers at the provided emails.

What are the differences between these types of bracket-to-rail connections? In which configurations is the dead load from the cladding transferred to the bracket? Which types of brackets are designed to receive lateral loads? Can you identify any inappropriate bracket-to-rail connections here? This diagram is one of many from our comprehensive Applied Façade Engineering course. It is featured in several questions on the final certification exam. Variations of these questions are also likely to be included in the Baseline Competence Test, which the IAST is developing in collaboration with The Joint Competence Initiative For The Building Envelopes Sector (JCI). At the IAST, we are dedicated to assisting the industry in building and demonstrating competence. We are continuously enhancing our course materials, ensuring they are clear, educational, and effective for testing relevant skills and knowledge. In our courses, we strive to cover all important aspects of façade engineering. Share your knowledge and expertise! Let’s promote the best practices together! #facadeengineering #facades #competence #buildingsafetyact #architecturaltechnology #architecture #engineering #contruction #jci #iast #beselinecompetence

"Touching lightly: the Nancy Pauw Bridge" This design webinar put on by The Institution of Structural Engineers is coming up! Don't forget to register for free here: https://lnkd.in/gS63BtBu Our President Gerald Epp will speak to the effort put into the design and planning of the Bridge by our engineering and project management team. The client's goal was to both minimize environmental impact, during and after construction, and create a bridge that would complement the setting. This lecture focuses on the following: Understanding the client’s brief and the tight functional and environmental constraints Site challenges The use of natural materials like timber The technical challenges involved in achieving the extremely slender span Foundation solutions and soil-structure interaction Fabrication and shipping Erection ideas and installation Deck and guardrail solution Vibration considerations Durability considerations This lecture is open to all but might be of particular interest to structural engineers, local governments, townships, and park boards, as well as architects and landscape architects. Town of Banff Gerald Epp

Not your average building block! #CivilEngineers, explore the world of special structures! Special structures push the boundaries of civil engineering, creating landmarks & marvels: Tall & Proud: Skyscrapers & towers defying gravity with innovative materials & design. #ReachingForTheSky Bridging the Gap: Suspension bridges & cable-stayed marvels connecting us across vast distances. #ConnectingTheWorld Shells & Domes: Curved structures like stadiums & auditoriums offering unique aesthetics & acoustics. #SpaceAgeShapes Underground Wonders: Tunnels & subways creating efficient transportation networks below the surface. #HiddenHeroes Marine Marvels: Offshore platforms & underwater structures demanding specialized materials & construction techniques. #ConqueringTheOceans The possibilities are endless! #SpecialStructures #CivilEngineeringInnovation #Construction #Architecture #EngineeringLife #Learning #BuiltEnvironment

🌉 Bridging the Gap Between Architecture and Structural Engineering 🏗️ In the ever-evolving landscape of the built environment, a silent conundrum exists between the roles and recognition of architects and structural engineers. Despite their integral roles in shaping our world, structural engineers often find themselves in the shadow of their architect counterparts, facing undervaluation and underappreciation. 📜 Drawing insights from the historical divergence highlighted in Malcolm Millais' "Building Structures - Understanding the Basics," we see that this divide has deep roots, dating back to when architects and engineers began to follow separate paths due to the advent of mathematically based theories of structural behavior. A wonderful article explaining the history of Structural engineers and root cause of current situations. Let's bridge the gap that upholds growth. https://lnkd.in/gvpM7v3E #StructuralEngineering #Architecture #Collaboration #Innovation #PublicEngagement #ProfessionalDevelopment

After five years of development in collaboration with leading U.S. structural designers, the products were successfully tested at the University of Nebraska. More: https://lnkd.in/emTXCffv #IndustrialRealEstateDevelopment #StrategicLocationSelection #TenantRelations #SiteAcquisition #DesignAndArchitecture #TechnologyIntegration #PNKGroupUSA #IndustrialInnovation #ConstructionTechnology #ConstructionIndustry #IndustrialBuilding

Bridge Construction 🏗 is a fascinating intersection of physics and civil engineering, showcasing the principles of load-bearing structures! ‼ Whether it's the arch of a convex design, the curve of a concave one, or the stability of a flat structure, each element plays a crucial role in ensuring the bridge's strength and durability! 💪🏻  At Wisdom High Group of Schools, the study and application of these principles offered students a hands-on understanding of engineering marvels that connect communities and facilitate progress! 🌉 #BridgeConstruction #CivilEngineering #PhysicsAndEngineering #LoadBearingStructures #ArchitecturalDesign #StructuralEngineering #BridgeDesign #EngineeringMarvels #CommunityConnections #ProgressInnovation #WisdomHighSchool #HandsOnLearning

Engineering a sustainable future. The climate emergency means that a profound change in the way we approach structural design is required. Even if the goals and the overall themes are clear, the most efficient solutions in this new environment are still evolving. The latest special issue of the ICE Structures and Buildings Journal - Advances in the sustainable design and delivery of structures – sets out to engage with this challenge. The six papers address engineers’ education, low carbon cement, wood-fibre composite connectors, environmental product declarations, optimisation driven design, and a proposed segmented concrete shell floor system. Edited by Roger Ridsdill Smith, Head of Structural Engineering at Foster + Partners and Bruno Briseghella, Dean of the College of Civil Engineering, Fuzhou University. Read the full issue here: https://brnw.ch/21wFZ5a Institution of Civil Engineers (ICE) Image: Scanning Electron Micrograph of a kaolinitic clay particle, Zunino et al 2020. Calcined clay is a potential low carbon secondary cementitious material that is available in large quantities all around the world. (https://brnw.ch/21wFZ5b) #Construction #Engineering #Architecture #Design