Structural Stability and Its Computational Modelling
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Beschreibung
The volume showcases how basic formulation and solution methods can be used for an improved understanding of stability-affected structures. It also highlights the numerical treatment of the resulting equations, demonstrating and quantifying many aspects of structural stability not available to engineers by the traditional methods. The elaborated theoretical background is also used to show how methods included in commercial software can give misleading conclusions. The book will be of interest to researchers and professionals working in computational modelling of structures. The book includes exercises and projects, appended to each chapter, which further extends its usability as a text book in classroom teaching and for professional courses.
The volume showcases how basic formulation and solution methods can be used for an improved understanding of stability-affected structures. It also highlights the numerical treatment of the resulting equations, demonstrating and quantifying many aspects of structural stability not available to engineers by the traditional methods. The elaborated theoretical background is also used to show how methods included in commercial software can give misleading conclusions. The book will be of interest to researchers and professionals working in computational modelling of structures. The book includes exercises and projects, appended to each chapter, which further extends its usability as a text book in classroom teaching and for professional courses.
Showcases basic formulation & solution methods to be used for improved understanding of stability-affected structures Includes pedagogical features such as exercises and projects Volume will be of interest to researchers & professionals working in computational modelling of structures
Autor*in
Anders Eriksson
Themen in »Structural Stability and Its Computational Modelling«
Structural Analysis Stability Numerical Techniques Non-linear Mechanics Parameterized Response Optimal Design