Solved: A thin-walled spherical pressure vessel having an
Chapter 10, Problem 10-55(choose chapter or problem)
A thin-walled spherical pressure vessel having an inner radius r and thickness t is subjected to an internal pressure p. Show that the increase in the volume within the vessel is \9\Delta V=\left(2 p \pi r^{4} / E t\right)(1 \vdash \nu)\). Use a small-strain analysis.
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