This Steel Parking Structure Was Designed in SAP2000 (Wind Load Check) #SAP2000, , #SteelDesign

In this video, we walk through a complete structural analysis and design workflow of a steel truss parking canopy system using SAP2000. The project includes full steps from: 3D modeling of steel truss system Definition of materials and sections Load application (Dead, Wind, Snow) Wind load calculation based on ASCE 7 Structural analysis and design verification Deflection and serviceability checks Overturning stability check Optimization of structural members 📐 ⚙️ Design Standards Used: ASCE 7 → Wind load calculation (Velocity pressure & Cp method) AISC 360 → Steel design code Serviceability limit: L/240 deflection criteria 🌬️ Wind Load Methodology: Wind loads are calculated using: qz=0.613KzKztKdV^2 And design pressure: p=qz×Cp We also consider: Windward pressure Suction effects Two wind directions (Wind-1 / Wind-2) 🏗️ Structural Checks Performed: ✔ Strength check (PM Ratio) ✔ Deflection check ✔ Load combinations ✔ Overturning stability (1.75 safety factor) ✔ Member optimization 📊 Key Outcome: Structure is SAFE under wind and gravity loads Optimized steel sections achieved Serviceability criteria satisfied Economical design confirmed 🧠 Engineering Insight: This project demonstrates how real-world structural engineering design is performed using iterative analysis and optimization techniques in SAP2000. 📌 Software Used: SAP2000 🏷️ HASHTAGS : #SAP2000, #StructuralEngineering, #SteelDesign, #TrussDesign, #WindLoad, #ASCE7, #AISC360, #CivilEngineering, #StructuralAnalysis, #EngineeringDesign, #SteelStructure, #CanopyDesign, #EngineeringYouTube, #StructuralModeling, #ETABSAlternative