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Stress analysis of translational shells
Set of governing simultaneous partial differential equations describing bending and membrane stress conditions in any translational shell are derived; by employing curvilinear coordinate system in middle surface of shell in direction of principal generators of surface, necessity of making shallow shell assumptions is eliminated; finite difference solution is performed for set of equations for fixed-edge hyperbolic paraboloid; small scale structural test program was instituted to verify assumptions made in derivation of equations, and to check numerical solutions.
Stress analysis of translational shells
Set of governing simultaneous partial differential equations describing bending and membrane stress conditions in any translational shell are derived; by employing curvilinear coordinate system in middle surface of shell in direction of principal generators of surface, necessity of making shallow shell assumptions is eliminated; finite difference solution is performed for set of equations for fixed-edge hyperbolic paraboloid; small scale structural test program was instituted to verify assumptions made in derivation of equations, and to check numerical solutions.
Stress analysis of translational shells
ASCE -- Proc (J Eng Mechanics Div)
Mandel, J.A. (author) / Brennan, P.J. (author)
1968
18 pages
Article (Journal)
English
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