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Non-axisymmetric Local Stability Loss of a Hollow Cylinder: Three-Dimensional Time-Dependent Composites
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Non-axisymmetric Local Stability Loss of a Hollow Cylinder: Three-Dimensional Time-Dependent Composites
Current price: $44.99
Barnes and Noble
Non-axisymmetric Local Stability Loss of a Hollow Cylinder: Three-Dimensional Time-Dependent Composites
Current price: $44.99
Loading Inventory...
Size: Hardcover
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The book presents formulations and examples of three-dimensional non-axisymmetric stability in viscoelastic anisotropic cylindrical shells. The most critical stability loss modes are determined by minimizing the critical loads and critical times with respect to the number of half-waves in radial as well as transverse directions.
Currently, there is no literature available on three-dimensional local buckling analysis (or localized warpage) that considers non-axisymmetric stability loss in viscoelastic cylindrical shells. The contents of this book provide the formulation for such a stability loss analysis through the framework of the three-dimensional linearized theory of stability. Additionally, as this book addresses the problem by modeling the material as a viscoelastic fibrous composite, it can be applied to carry out buckling analysis in both elastic and viscoelastic cases.
• Guide to modelling composite viscoelastic shell elements for buckling analysis
• Provides a framework for defining the failure criterion for viscoelastic materials
• Course material for teaching shell buckling and viscoelastic composites
Currently, there is no literature available on three-dimensional local buckling analysis (or localized warpage) that considers non-axisymmetric stability loss in viscoelastic cylindrical shells. The contents of this book provide the formulation for such a stability loss analysis through the framework of the three-dimensional linearized theory of stability. Additionally, as this book addresses the problem by modeling the material as a viscoelastic fibrous composite, it can be applied to carry out buckling analysis in both elastic and viscoelastic cases.
• Guide to modelling composite viscoelastic shell elements for buckling analysis
• Provides a framework for defining the failure criterion for viscoelastic materials
• Course material for teaching shell buckling and viscoelastic composites
The book presents formulations and examples of three-dimensional non-axisymmetric stability in viscoelastic anisotropic cylindrical shells. The most critical stability loss modes are determined by minimizing the critical loads and critical times with respect to the number of half-waves in radial as well as transverse directions.
Currently, there is no literature available on three-dimensional local buckling analysis (or localized warpage) that considers non-axisymmetric stability loss in viscoelastic cylindrical shells. The contents of this book provide the formulation for such a stability loss analysis through the framework of the three-dimensional linearized theory of stability. Additionally, as this book addresses the problem by modeling the material as a viscoelastic fibrous composite, it can be applied to carry out buckling analysis in both elastic and viscoelastic cases.
• Guide to modelling composite viscoelastic shell elements for buckling analysis
• Provides a framework for defining the failure criterion for viscoelastic materials
• Course material for teaching shell buckling and viscoelastic composites
Currently, there is no literature available on three-dimensional local buckling analysis (or localized warpage) that considers non-axisymmetric stability loss in viscoelastic cylindrical shells. The contents of this book provide the formulation for such a stability loss analysis through the framework of the three-dimensional linearized theory of stability. Additionally, as this book addresses the problem by modeling the material as a viscoelastic fibrous composite, it can be applied to carry out buckling analysis in both elastic and viscoelastic cases.
• Guide to modelling composite viscoelastic shell elements for buckling analysis
• Provides a framework for defining the failure criterion for viscoelastic materials
• Course material for teaching shell buckling and viscoelastic composites
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