📐 Centroid Calculation of an IPE180 Steel Section | Structural Analysis Fundamentals

In this lesson, we calculate the centroid (center of area) of an IPE180 steel beam step by step using the composite area method.

You'll learn:
✅ How to divide an IPE section into simpler shapes
✅ Area calculations for flanges and web
✅ Determining centroid coordinates (x̄ and ȳ)
✅ Why centroid location is critical in structural design
✅ Its role in bending stress, shear stress, neutral axis location, and buckling analysis

Understanding centroid calculations is a fundamental skill for every civil and structural engineer. Even small errors in locating the centroid can lead to incorrect stress calculations and unsafe designs.

📚 Topics Covered:
• Composite Sections
• Center of Area
• IPE180 Beam
• Structural Analysis
• Steel Design
• Neutral Axis
• Bending & Shear Stress
• Engineering Mechanics

🚀 In the next lesson, we'll connect centroid calculations to real structural behavior by studying beam types, loading conditions, support reactions, shear forces, and bending moments.

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