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Transient elastic waves in fluid-filled cylinder
Using membrane and bending theories of thin elastic shells, analyses of early stages of water hammer are presented; some of restrictions of elementary one-dimensional theory are relaxed so that effects of radial components of acceleration of fluid and of shell can be assessed; finite Hankel transform is employed to generate partial differential equations which are integrated numerically by method of characteristics.
Transient elastic waves in fluid-filled cylinder
Using membrane and bending theories of thin elastic shells, analyses of early stages of water hammer are presented; some of restrictions of elementary one-dimensional theory are relaxed so that effects of radial components of acceleration of fluid and of shell can be assessed; finite Hankel transform is employed to generate partial differential equations which are integrated numerically by method of characteristics.
Transient elastic waves in fluid-filled cylinder
ASCE -- Proc (J Eng Mechanics Div)
King, W.W. (author) / Frederick, D. (author)
1968
16 pages
Article (Journal)
English
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