For the case of a thin-walled tube under internal pressure, verify that the general solution for the

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For the case of a thin-walled tube under internal pressure, verify that the general solution for the hoop stress (8.4.3)will reduce to the strength of materials relation (see Appendix D, Section D.5)

pro t where t is the wall thickness and ro is the mean radius. de

Equation 8.4.3

(8.4.3) ..    7 ( - du  -  - du = du1  (d=chu -

Data from appendix

We conclude our review of mechanics of materials with a discussion of the analysis of thin-walled cylindrical

Of %a Internal Pressure, p Axial Stress, a

As shown in Fig. D.18, under these conditions an axial stress and a hoop stress o, are generated at all

Note that because the vessel is thin, our analysis makes no distinction between inner, outer, and mean vessel

To determine the axial stress, we conduct an axial force balance of a sectioned half-vessel (similar to Fig.


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