4. A thin-walled cylinder with inner radius and wall thickness t is subjected to the uniform inner pressure p and axial

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4. A thin-walled cylinder with inner radius and wall thickness t is subjected to the uniform inner pressure p and axial

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4 A Thin Walled Cylinder With Inner Radius And Wall Thickness T Is Subjected To The Uniform Inner Pressure P And Axial 1
4 A Thin Walled Cylinder With Inner Radius And Wall Thickness T Is Subjected To The Uniform Inner Pressure P And Axial 1 (24.33 KiB) Viewed 33 times
4. A thin-walled cylinder with inner radius and wall thickness t is subjected to the uniform inner pressure p and axial force F (Fig.2). Calculate the ratio of plastic strain increment de : de: dɛ, (Z axis is along the axis of cylinder) for ideal plastic model (20 points). | Fig. 2
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