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The axisymmetric deformation of anisotropic cylindrical shells
AbstractA systematic derivation, and solution, is outlined of the equations governing the axisymmetric linear elastic deformation of thick laminated circular cylindrical shells to an accuracy intermediate between conventional shell approximations and full elasticity theory. Attention is also given to theoretically estimating the elastic constants of angle ply composites. Application of this quasi-thick shell theory to the elastic response under uniform internal or external lateral and/or end pressure of a cylinder supported by equally spaced anisotropic circular ring frames, shows it to be more accurate than conventional monolithic shell approximations. Moreover, for monolithic isotropic shells excellent agreement is obtained with Reiss's asymptotic interior thick shell theory. Results presented relate to the structural design of deep diving submersibles with extra high-strength steel, titanium or fibre-reinforced plastic composite pressure hulls.
The axisymmetric deformation of anisotropic cylindrical shells
AbstractA systematic derivation, and solution, is outlined of the equations governing the axisymmetric linear elastic deformation of thick laminated circular cylindrical shells to an accuracy intermediate between conventional shell approximations and full elasticity theory. Attention is also given to theoretically estimating the elastic constants of angle ply composites. Application of this quasi-thick shell theory to the elastic response under uniform internal or external lateral and/or end pressure of a cylinder supported by equally spaced anisotropic circular ring frames, shows it to be more accurate than conventional monolithic shell approximations. Moreover, for monolithic isotropic shells excellent agreement is obtained with Reiss's asymptotic interior thick shell theory. Results presented relate to the structural design of deep diving submersibles with extra high-strength steel, titanium or fibre-reinforced plastic composite pressure hulls.
The axisymmetric deformation of anisotropic cylindrical shells
McVee, J.D. (author)
Marine Structures ; 7 ; 257-305
1994-01-01
49 pages
Article (Journal)
Electronic Resource
English
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