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Introduction to Finite Element Methods (e-bog) af Kowalsky, Ursula
Kowalsky, Ursula

Introduction to Finite Element Methods e-bog

619,55 DKK
The textbook at hand offers an introduction to Finite Element Methods from an engineering point of view comprising the basic principles of virtual work, derivations of displacement-based, mixed and hybrid element formulations for 1-D and 2-D membrane as well as bending structures and heat conduction. Different element geometries, including triangular elements and the isoparametric concept, a…
The textbook at hand offers an introduction to Finite Element Methods from an engineering point of view comprising the basic principles of virtual work, derivations of displacement-based, mixed and hybrid element formulations for 1-D and 2-D membrane as well as bending structures and heat conduction. Different element geometries, including triangular elements and the isoparametric concept, and related numerical integration schemes, are presented. The element matrices and load vectors are derived in detail, the assembly at the system level is discussed with respect to fulfillment of boundary conditions and numerical efficiency. Evaluation of errors and investigations concerning the quality of the elements complete the work flow. 
E-bog 619,55 DKK
Kan læses i vores apps til iPhone/iPad og Android. Kan læses i iBooks, på PC, Kindle og PocketBook
Forfattere Kowalsky, Ursula (forfatter)
Forlag Springer Vieweg
Udgivet 28.09.2023
Genrer Civil engineering, surveying and building
Sprog English
Format pdf
Beskyttelse LCP
ISBN 9783658427429

The textbook at hand offers an introduction to Finite Element Methods from an engineering point of view comprising the basic principles of virtual work, derivations of displacement-based, mixed and hybrid element formulations for 1-D and 2-D membrane as well as bending structures and heat conduction. Different element geometries, including triangular elements and the isoparametric concept, and related numerical integration schemes, are presented. The element matrices and load vectors are derived in detail, the assembly at the system level is discussed with respect to fulfillment of boundary conditions and numerical efficiency. Evaluation of errors and investigations concerning the quality of the elements complete the work flow.