Design Wind Loading on a Steel Frame Warehouse - Part 2 of 2

🌪 Design Wind Pressures on a Steel Structure Warehouse - AS1170 (Part 2- Wind Pressure on Openings and Cladding Surfaces)

Course Overview:

In this comprehensive two-part course, we delve into the detailed process of calculating design wind pressures for structural members and cladding surfaces of a steel-framed warehouse. Adhering to the Australian/New Zealand standard AS1170.2, this course demystifies the complexities of wind load assessment by providing a clear step-by-step roadmap.

What You Will Learn:

Part 1: The Basics & General Concepts

• Regional Wind Speed: Understanding the variability across different areas of the country.
• Terrain/Height Multiplier: Learning about the impact of terrain and building height on wind loads.
• Importance Level & Return Period: Assessing occupancy and use to determine wind considerations.
• Wind Direction & Hill-shape Multipliers: Factors influencing wind direction and topography.
• Shielding Multiplier: The effects of nearby buildings and structures on wind load.
• Site Wind Speed & Design Wind Speed: Determining the actionable wind speed for your structure.
• Aerodynamic Shape Factor: Calculating external and internal pressure coefficients, area reduction factor, local pressure factor, action combination factor, permeable cladding factor, and dynamic response factor.
• Design Wind Pressure: Tailoring the calculations for windward walls, leeward walls, sidewalls, roof structure, and cladding surfaces considering wind on 4 major axes of the structure.

Part 2: Specialized Considerations

• Design Wind Pressure on Openings: Accounting for doors, windows, and their impact on wall and roof pressures.
• Localized Wind Pressures: Calculating design wind pressures for wall and roof claddings and supporting structures.
• Impact of Large Openings: Understanding how big openings affect internal and net wind pressure on cladding surfaces.
• Net Wind Pressure on Roof: Summarizing the wind pressure distribution across different areas of the roof.

Course Structure:

Part 1:

• Basics of wind loading on structures with real-life examples.
• Calculating wind parameters from AS1170.2.
• Parameters covered: Regional wind speed, terrain/height multiplier, importance level, wind direction multiplier, hill-shape multiplier, and shielding multiplier.
• Site wind speed and design wind speed determination.
• Aerodynamic shape factor calculations.

Part 2:

• Detailed focus on the impact of openings and cladding surfaces.
• Design wind pressure considerations for doors, windows, and wall/roof claddings.
• Understanding and calculating localized wind pressures.
• Assessing the effect of large openings on overall wind pressure distribution.
• A summary of net wind pressure across roof areas.

Why Take This Course?

This course is essential for engineers, architects, and designers who want to:

• Master the intricacies of AS1170.2 for design wind pressures.
• Gain a practical understanding of wind load effects on steel-framed structures.
• Ensure the safety and stability of large warehouse structures in various wind conditions.
• Learn from a professional with extensive practical experience.

Course Features:

• Lifetime Access: Enjoy unlimited access to course content, including all future updates and additions at no extra cost.
• Interactive Learning: Engage with the material through real-life examples and step-by-step explanations.
• Expert Guidance: Receive insights from a seasoned professional in the field of structural engineering design.
• Supportive Community: Ask questions and discuss topics through our dedicated message box or social media channels.

By the end of this course, you will be equipped with the knowledge to accurately calculate wind pressures for steel-framed warehouse structures, ensuring compliance with AS1170.2 standards and enhancing the safety and performance of your designs. 🏭➡️🌬️👍

Enroll now and take the first step towards becoming an expert in design wind pressures!