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Date : 2016-06-23 12:24:21

Introduction:

When the thin cylinder is subjected to the internal pressure as we have already calculated that there is a change in the cylinder dimensions i.e, longitudinal strain and hoop strains come into picture. As a result of which there will be change in capacity of the cylinder or there is a change in the volume of the cylinder hence it becomes imperative to determine the change in volume or the volumetric strain.

 

Description:

The capacity of a cylinder is defined as


V = Area X Length
= πd2/4 x L


Let there be a change in dimensions occurs, when the thin cylinder is subjected to an internal pressure.

(i) The diameter d changes to → d δ d
(ii) The length L changes to → L δ L

Therefore, the change in volume = Final volume − Original volume

 

Therefore to find but the increase in capacity or volume, multiply the volumetric strain by original volume.

Hence

Change in Capacity / Volume or

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