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Equations of motion that govern inelastic, large deformations of circular membranes subjected to blast loadings are derived and solved numerically; good correlation with experimental results and with results of related analytical study were obtained; investigations were made into effects of applied pressure distribution and edge restraint on final mechanical state of deformed membrane, or shell.
Equations of motion that govern inelastic, large deformations of circular membranes subjected to blast loadings are derived and solved numerically; good correlation with experimental results and with results of related analytical study were obtained; investigations were made into effects of applied pressure distribution and edge restraint on final mechanical state of deformed membrane, or shell.
Dynamic deformations of circular membranes
ASCE -- Proc (J Eng Mechanics Div)
Boyd, D.E. (author)
1966
16 pages
Article (Journal)
English
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