Problem # 07: A circular cylindrical steel tank (see figure) contains a volatile fuel under Εo=changr∈strain when pressure∈released= 170 × 10 − 6īy putting the values in the above equation P in the can? (Assume E= 10 × 106 psi and v=0.) Of the can is popped open, the strain changes by εO= 170 × 10 − 6. The radius-to-thickness ratio of the can is 200. Problem # 06: A strain gage is installed in the longitudinal direction on the surface of anĪluminum beverage can (see figure). What shouldīe the magnitude of the force F to produce pure shear in the wall of the cylinder?įor pure shear, the stress σ 1 and σ 2 must be in equal magnitude and opposite in sign To internal gas pressure p and a compressive force F acting at the ends (see figure). Problem # 05: A thin-walled cylindrical pressure vessel of radius r is subjected simultaneously If the diameter of the tank is 7 in., what is the minimumĪctual Value of T due to internal pressure =σ 1 t The yield stress of the steel is 35,000 psi in With a factor of safety of 2 with respect to yielding. Problem # 02: A scuba tank (see figure) is being designed for an internal pressure of 1600 psi
Normal stress of the tank wall material is 150 Mpa, find the maximum allowable internal pressure The cylinder has a diameter of 2 m and wall thickness of 15 mm. Problem # 01: The gas storage tank consists of a cylindrical section with two hemisphericalĮndcaps.
Cylindrical Pressure Vessels Numerical Problems.
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