How to Calculate Wind Load Using ASCE 7 | Step-by-Step Full Solved Example

In this video, you will learn how to calculate wind load using ASCE 7 with a clear, step-by-step full solved example. This tutorial explains the complete wind load calculation procedure as per ASCE 7 provisions, making it easy to understand for civil and structural engineers, students, and design professionals.

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We start from the basic concepts of wind loading and then move through each step required by ASCE 7, including:
Chapters
00:10 - Overview of wind load as per ASCE 7
01:44 - Wind load calculation steps
02:44 - Wind directionality factor ASCE 7
04:00 - Ground elevation factor Kd
10:20 - Velocity Pressure co-efficient kz and kh
12:00 - Wind Exposure category (B, C, D) and surface roughness
16:20 - Calculation of wind velocity pressure as per ASCE 7-16
18:10 - Wind Pressure coefficients
19:00 - Solved example for wind load calculation from ASCE 7-16
35:00 - Final design wind pressure on the building

This video is especially useful if you are preparing for:
Structural design practice
Engineering interviews
Design checks and peer reviews
Learning ASCE 7 wind load methodology from scratch
All calculations are shown manually and clearly, so you understand where each value comes from, not just the final answer. By the end of this video, you’ll be confident in applying ASCE 7 wind load calculations to real projects.

Who Should Watch This Video?
Civil Engineering Students
Structural Engineers
Design Engineers
Consultants and Review Engineers
Anyone learning ASCE 7 wind load calculation

What You’ll Learn
Wind load calculation as per ASCE 7
Step-by-step worked example
Understanding ASCE 7 equations and parameters
Practical approach used in real projects
Common mistakes to avoid in wind load calculations

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