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Dynamic buckling of shallow shells under impulsive loading
Minimum impulse necessary for dynamic snap buckling determined by examining unstable equilibrium states in nonlinear range; analysis based on assumptions of elastic behavior, large displacements, and axially symmetrical deformations; by assumption, deformation is represented by simple deflection function such that shell can be treated as one-degree-of-freedom system; results presented for snap-buckling impulse as function of geometry for various boundary conditions.
Dynamic buckling of shallow shells under impulsive loading
Minimum impulse necessary for dynamic snap buckling determined by examining unstable equilibrium states in nonlinear range; analysis based on assumptions of elastic behavior, large displacements, and axially symmetrical deformations; by assumption, deformation is represented by simple deflection function such that shell can be treated as one-degree-of-freedom system; results presented for snap-buckling impulse as function of geometry for various boundary conditions.
Dynamic buckling of shallow shells under impulsive loading
ASCE -- Proc (J Eng Mechanics Div)
Humphreys, J.S. (author) / Bodner, S.R. (author)
1962
20 pages
Article (Journal)
English
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