9.6 (B). A spherical vessel of 1.7 m diameter is made from 12 mm thick plate, and it is to be subjected t nydraulic test. Determine the additional volume of water which it is necessary to pump into the vessel, when vessel is initially just filled with water, in order to raise the pressure to the proof pressure of 116 bar (11.6 MN/r

Elements Of Electromagnetics
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9.6 (B). A spherical vessel of 1.7 m diameter is made from 12 mm thick plate, and it is to be subjected to a
hydraulic test. Determine the additional volume of water which it is necessary to pump into the vessel, when the
vessel is initially just filled with water, in order to raise the pressure to the proof pressure of 116 bar (11.6 MN/m²).
The bulk modulus of water is 2.9 GN/m2. For the material of the vessel, E = 200 GN/m², v = 0.3.
Transcribed Image Text:9.6 (B). A spherical vessel of 1.7 m diameter is made from 12 mm thick plate, and it is to be subjected to a hydraulic test. Determine the additional volume of water which it is necessary to pump into the vessel, when the vessel is initially just filled with water, in order to raise the pressure to the proof pressure of 116 bar (11.6 MN/m²). The bulk modulus of water is 2.9 GN/m2. For the material of the vessel, E = 200 GN/m², v = 0.3.
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