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Basics of Pressure Vessel Design

Designing pressure vessels can seem complex due to various loading conditions and head types, but fundamental formulas simplify the process. This post breaks down the core principles, highlighting the importance of understanding applicable codes, design techniques, and material selection. You'll walk through a practical example calculating the required thickness for a cylindrical shell and hemispherical heads under internal pressure, gaining insight into how engineers balance safety, performance, and cost in real-world applications. Discover that while formulas are key, a successful design also factors in material choices and manufacturing economics.

Yield Strength vs Tensile Strength of Steel and Other Metals

While welders often prioritize tensile strength, understanding both yield and tensile strength is crucial for metalwork. Yield strength indicates when a material begins to permanently deform, while tensile strength is the maximum stress it can withstand before breaking. This post defines both, explains their behaviors, and highlights their importance in design, using a bridge example to illustrate how a structure can deform without catastrophic failure if loads exceed yield but not tensile strength.