A textbook of finite element method / Pushpam Kumar Sinha.

By:

Sinha, Pushpam Kumar [author.]

Material type: Text

TextPublisher: New Delhi, India : S.K. Kataria & Sons, 2021Edition: First editionDescription: x, 230 pages ; 23 cmContent type:

text

Media type:

unmediated

Carrier type:

volume

ISBN:

9789350147139

Subject(s):

Finite element method

DDC classification:

620.00151825 Si649t 23

LOC classification:

TA347.F5 .S56 2021

Contents:

Introduction -- Shape functions -- Variational approach of fem -- Beam element -- Two dimensional boundary value problems -- Time-dependent and eigenvalue problems -- Other approaches of fem.

Summary: "The book is an ideal textbook of one of the most popular numerical methods in engineering, the Finite Element Method (FEM). The book focuses on imparting the basic concept to the reader in a simplistic and illustrative manner, leaving the reader the freedom and with the capability to take his/her own understanding of the subject to an advanced level. The book opens in its first chapter with an introduction to the most widely adopted finite element formulation, the weak form Galerkin Finite Element Method. And thereafter takes the reader on a journey through variational approach of FEM, Two dimensional boundary value problems, time dependent and eigenvalue problems, least squares FEM, and Collocation FEM. Every chapter has at the end problems that, if solved, will instill the concept deep. Answers to some of the problems are also given"-- Back cover.

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Holdings
Item type	Current library	Shelving location	Call number	Copy number	Status	Date due	Barcode
Books	Main Library	Graduate School Library	GRD 620.00151825 Si649t 2021 (Browse shelf(Opens below))	1-1	Available		031957

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Previous	GRD 620.001515 L510a 2020 Advanced continuum theories and finite element analyses /	GRD 620.00151825 K560i 2018 Introduction to finite element analysis and design /	GRD 620.00151825 K560i 2018 Introduction to finite element analysis and design /	GRD 620.00151825 Si649t 2021 A textbook of finite element method /	GRD 620.00285536 L811e 2019 An engineer's introduction to programming with MATLAB 2019 /	GRD 620.00285631 B838d 2019 Data-driven science and engineering : machine learning, dynamical systems, and control /	GRD 620.00420712 K123d 2020 Designing the future : how engineering builds creative critical thinkers in the classroom /	Next

Includes index.

Introduction -- Shape functions -- Variational approach of fem -- Beam element -- Two dimensional boundary value problems -- Time-dependent and eigenvalue problems -- Other approaches of fem.

"The book is an ideal textbook of one of the most popular numerical methods in engineering, the Finite Element Method (FEM). The book focuses on imparting the basic concept to the reader in a simplistic and illustrative manner, leaving the reader the freedom and with the capability to take his/her own understanding of the subject to an advanced level. The book opens in its first chapter with an introduction to the most widely adopted finite element formulation, the weak form Galerkin Finite Element Method. And thereafter takes the reader on a journey through variational approach of FEM, Two dimensional boundary value problems, time dependent and eigenvalue problems, least squares FEM, and Collocation FEM. Every chapter has at the end problems that, if solved, will instill the concept deep. Answers to some of the problems are also given"-- Back cover.

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