Wind and Earthquake Load Calculations for Structural Design

Every safe building must withstand not just gravity, but the powerful lateral forces of wind and earthquakes. Understanding how to calculate these loads is a fundamental skill for any aspiring structural engineer. This text-based course guides you through the core concepts of lateral load analysis, translating complex structural physics into clear, step-by-step calculations. What you'll learn: 1. Understand the fundamental physics of lateral forces acting on building structures. 2. Calculate wind pressures and forces using simplified analytical procedures. 3. Determine seismic loads and equivalent lateral forces using modern design code concepts. 4. Distinguish between static and dynamic structural responses to environmental loads. 5. Analyze load paths to trace forces from the building envelope down to the foundation. 6. Apply modern structural engineering safety factors and limit state design principles. Starting with essential terminology and structural mechanics, you will progress through practical, written calculation examples for both wind and seismic scenarios. This course is designed for engineering students, junior designers, and civil engineers looking for a clear, foundational guide to lateral load calculations with no advanced prerequisites. Read along and build a strong foundation in structural load analysis today.