CONCEPT:At the end of the cylinder, a cap is fixed.For pressure:The pressure on the circumference of plate is EQUAL to the shear stress on the plate, i.e. \(P \times \frac{\pi }{4}{D^2} = {\TAU _y} \times \pi \times D \times {t_1}\)THEREFORE, \(P = \frac{{4{t_1}{\tau _y}}}{D}\) "> CONCEPT:At the end of the cylinder, a cap is fixed.For pressure:The pressure on the circumference of plate is EQUAL to the shear stress on the plate, i.e. \(P \times \frac{\pi }{4}{D^2} = {\TAU _y} \times \pi \times D \times {t_1}\)THEREFORE, \(P = \frac{{4{t_1}{\tau _y}}}{D}\) ">
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A thick cylinder of inner dia ‘D’, wall thickness t2 and length ‘L’ is sealed at its both ends with caps. The thickness of the cap is t1. Allowable tensile yield stress = σy and allowable shear stress = τy. A gas is pumped into this cylinder at pressure ‘p’. The cap will yield in shear at circumference of diameter ‘D’ when the gas pressure applied is more than

Machine Design Cylinder Pressure Vessels in Machine Design 8 months ago

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CONCEPT:At the end of the cylinder, a cap is fixed.For pressure:The pressure on the circumference of plate is EQUAL to the shear stress on the plate, i.e. \(P \times \frac{\pi }{4}{D^2} = {\TAU _y} \times \pi \times D \times {t_1}\)THEREFORE, \(P = \frac{{4{t_1}{\tau _y}}}{D}\)
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Posted on 05 Dec 2024, this text provides information on Machine Design related to Cylinder Pressure Vessels in Machine Design. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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