Structural Design of Tall Buildings
#naveedanwar#csibangkok#StructuralEngineering, #TallBuildings, #CivilEngineering, #HighRiseDesign
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🌐Website: https://drnaveedanwar.net/
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Structural Design of Tall Buildings
Explore the structural design of tall buildings, a critical aspect of modern civil engineering. This video delves into the step-by-step design process, starting with defining system structures and criteria, creating models using advanced software, and evaluating motion and forces. Learn how gravity loads, wind loads, and seismic forces impact high-rise structures and why hybrid approaches are essential for large-scale projects. Discover the importance of wind tunnel testing, load reduction factors, and dynamic load analysis in ensuring public safety and operational continuity.
We also discuss challenges in addressing resonance, crosswind oscillation, and unique environmental conditions that go beyond standard building codes. With insights into construction techniques, occupancy considerations, and sequential loading, this video is a comprehensive guide to designing safe, functional skyscrapers. Perfect for structural engineers, civil engineers, and anyone passionate about high-rise building design.
Key Topics Covered:
Wind & Earthquake Load Analysis
Gravity Loads in Tall Buildings
Hybrid Design Approaches
Safety & Public Responsibility in Structural Engineering
Advanced Modeling Techniques
Stay tuned to learn how to create resilient structures that stand tall against natural forces while maintaining safety and sustainability!
Видео Structural Design of Tall Buildings канала Naveed Anwar
Connect with me for more information
🌐Website: https://drnaveedanwar.net/
👷🏻♂️LinkedIn: https://www.linkedin.com/in/anwarnaveed/
📝 ResearchGate: https://www.researchgate.net/profile/...
Structural Design of Tall Buildings
Explore the structural design of tall buildings, a critical aspect of modern civil engineering. This video delves into the step-by-step design process, starting with defining system structures and criteria, creating models using advanced software, and evaluating motion and forces. Learn how gravity loads, wind loads, and seismic forces impact high-rise structures and why hybrid approaches are essential for large-scale projects. Discover the importance of wind tunnel testing, load reduction factors, and dynamic load analysis in ensuring public safety and operational continuity.
We also discuss challenges in addressing resonance, crosswind oscillation, and unique environmental conditions that go beyond standard building codes. With insights into construction techniques, occupancy considerations, and sequential loading, this video is a comprehensive guide to designing safe, functional skyscrapers. Perfect for structural engineers, civil engineers, and anyone passionate about high-rise building design.
Key Topics Covered:
Wind & Earthquake Load Analysis
Gravity Loads in Tall Buildings
Hybrid Design Approaches
Safety & Public Responsibility in Structural Engineering
Advanced Modeling Techniques
Stay tuned to learn how to create resilient structures that stand tall against natural forces while maintaining safety and sustainability!
Видео Structural Design of Tall Buildings канала Naveed Anwar
Naveed Anwar dr.naveedanwar CSi CSi Bangkok AIT Civil Engineering Practical Engineering construction Structural Engineering civil engineers civil engineering Structural Design of Tall Buildings Tall Building Skyscraper Structural Analysis Wind Load Analysis Earthquake Structural Engineering Software Gravity Loads High-Rise Structures Seismic Design for Skyscrapers Building Codes for High-Rise Structures Gravity Loads in High-Rise Structures Hybrid Approaches
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2 марта 2025 г. 14:00:20
01:06:01
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