Strength of Materials II: Strain Energy (15 of 19)
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Strength of Materials II: Strain-Energy and Work-Energy Methods (16 of 19)
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Strength of Materials II: Buckling of Columns; Centric and Eccentric Loadings (18 of 19)
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Strength of Materials I: Power Shafts, Bending Deformation (12 of 20)
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Strength of Materials II: Castigliano's Theorem and Design (17 of 19)
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Understanding Stresses in Beams
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Fracture Mechanics Concepts: Micro→Macro Cracks; Tip Blunting; Toughness, Ductility & Yield Strength
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Strength of Materials I: Shearing Strain, General State of Stress (9 of 20)
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The Principle of Minimum Potential Energy
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Strength of Materials I: Shear Flow, Shear in Common Beams (18 of 20)
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Strength of Materials I: Torsion In Circular Shaft (10 of 20)
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The Professor Who Taught People How To Think (1962)
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SA19: Work-Energy Principle (Part 1)
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The World's Most Important Machine
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If You Have A Bad Memory, I’ll Help You Fix It In 28 Minutes
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Strain energy and strain energy density introduced
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The Tiny Donut That Proved We Still Don't Understand Magnetism
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Strength of Materials II: Plane Strain vs Plane Stress (13 of 19)
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Strength of Materials II: Review Mohr's Circle, Principal Stresses (2 of 19)
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The Obsessive Engineering of Precision Linear Motion
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