When a thin cvlindrical shell is subjected to an internal pressure, the volumetric strain is (where ε1 = Hoop strain, and ε2 = Longitudinal strain)-A-2ε1 ε2B-2ε1 + ε2C-2ε2 ε1D-2ε2 + ε1-B-2ε1 + ε2

Question

When a thin cvlindrical shell is subjected to an internal pressure, the volumetric strain is (where &epsilon;1 = Hoop strain, and &epsilon;2 = Longitudinal strain)-A-2&epsilon;1 &epsilon;2B-2&epsilon;1 + &epsilon;2C-2&epsilon;2 &epsilon;1D-2&epsilon;2 + &epsilon;1-B-2&epsilon;1 + &epsilon;2

APTITUDE CRACK · Accepted Answer

B 2&epsilon;1 + &epsilon;2 Explanation: No answer description is available.

Strength of Materials

When a thin cvlindrical shell is subjected to an internal pressure, the volumetric strain is (where ε₁ = Hoop strain, and ε₂ = Longitudinal strain)

For help Students Orientation
Mcqs Questions

Quick Links

Newsletter

Strength of Materials

When a thin cvlindrical shell is subjected to an internal pressure, the volumetric strain is (where ε1 = Hoop strain, and ε2 = Longitudinal strain)

Solution

For help Students Orientation Mcqs Questions

When a thin cvlindrical shell is subjected to an internal pressure, the volumetric strain is (where ε₁ = Hoop strain, and ε₂ = Longitudinal strain)

For help Students Orientation
Mcqs Questions