(b) thickness of 15 mm as shown in Figure Q4. The pressure inside the tank is maintained at 10 MPa. The circumferential strain at the junction of the cylinder and hemisphere assumed to be the same. Given E = 200 GRa and v = 0.3. Calculate: A water tank consists of a cylinder section enclosed by hemispherical shell with the The cireumferential strain of the cylindrical portion and the hemispherical ends. (i) (ii) The change in volume of the tank.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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(b)
A water tank consists of a cylinder section enelosed by hemispherical shell with the
thickness of 15 mm as shown in Figure Q4. The pressure inside the tank is maintained
at 10 MPa. The circumferential strain at the junction of the cylinder and hemisphere
assumed to be the same. Given E = 200 GPa and v = 0.3. Calculate:
(i)
The circumferential strain of the cylindrical portion and the hemispherical
ends.
(ii)
The change in volume of the tank.
Transcribed Image Text:(b) A water tank consists of a cylinder section enelosed by hemispherical shell with the thickness of 15 mm as shown in Figure Q4. The pressure inside the tank is maintained at 10 MPa. The circumferential strain at the junction of the cylinder and hemisphere assumed to be the same. Given E = 200 GPa and v = 0.3. Calculate: (i) The circumferential strain of the cylindrical portion and the hemispherical ends. (ii) The change in volume of the tank.
2.7 m
1.25 m
Figure Q4
Transcribed Image Text:2.7 m 1.25 m Figure Q4
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