Steel Structure Design Training in Staad Pro

Key Features:

• 51 Record Class
• 15 Supporting Excel
• 15 Reference PDF
• Warehouse with Crane Wheel Load
• Shed with Mezzanine Floor
• Direct Analysis Method
• Foundation Design

Not Included:

• A Short Course on Steel Structure PDF
• Connection Design

Design Code:

• BNBC 2020
• ASCE 7-05
• AISC 360-10
• IBC 2006

Course Content:

• Staad Pro Installation Guideline
• Introduction to Steel Structure
• Introduction to Staad Pro and Interface Customization
• Design Concept and Analysis Methodology
• Code and Design Guideline Reference
• Read Architectural Drawing
• Create a New File
• Customize Shortcut
• Complete 3D Model
• Create Member Group
• Assign Support
• Assign Steel Materials
• Define & Assign Section Size
• Concept of Member Release
• Details of Bracing System
• Assign Truss / Tension member
• Define Direct Analysis Definition
• Dead Load Calculation
• Collateral Load Calculation
• Notional Load Calculation
• Roof Live Load Calculation & Live Load Reduction
• Mezzanine Dead & Live Load Calculation
• Seismic Load Calculation
• Wind Load Calculation
• Seismic Load Definition
• Define Load Pattern & Apply Loads
• Define Load Combination
• Load Combination Vs Repeat Load
• PERFORM ANALYSIS & Understanding DAM parameter
• Perform Analysis Vs Perform Direct Analysis
• Select Design Combination
• Concept of LTB and Define Design Parameter
• Check Code
• Assign Steel Take Off
• Run Analysis
• Warning Interpretation
• Check Utilization Ratio
• Select Economic Steel Section
• Check Mezzanine Beam
• Check Serviceability
• Design of Purlins, Sag rod and Bracing
• Concept of Crane in Steel Structure
• Crane Beam & Bracket Model
• Crane Wheel Load Calculation with Horizontal Thrust
• Wheel load application
• Importance of notional load in crane loading
• Crane Load Combination
• Design Crane Beams and Bracket
• Serviceability Checks for Crane Loading