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Special attention is given to the theory of elasticity, strain-displacement and stress-strain relationships, as well as core techniques such as the Potential Energy Method, Rayleigh-Ritz Method, and Galerkin's Method.
Aligned with Module I of the FEM syllabus for undergraduate (BE/BS) students in Mechanical, Aerospace, and Civil Engineering, and postgraduate (ME/MS) students in Mechanical and Structural Engineering, this book is ideal for academic study and exam preparation.
To support effective learning, the book includes:
Finite Element Method: Introduction, Concepts & Fundamentals - Paperback
$14.83 USD
Sale price
$14.83 USD
Regular price
by Mirza Murtaza (Author)
Finite Element Method: Introduction, Concepts & Fundamentals:
A comprehensive guide to the foundations of FEM, numerical methods, and computer-aided engineering.
Special attention is given to the theory of elasticity, strain-displacement and stress-strain relationships, as well as core techniques such as the Potential Energy Method, Rayleigh-Ritz Method, and Galerkin's Method.
Aligned with Module I of the FEM syllabus for undergraduate (BE/BS) students in Mechanical, Aerospace, and Civil Engineering, and postgraduate (ME/MS) students in Mechanical and Structural Engineering, this book is ideal for academic study and exam preparation.
To support effective learning, the book includes:
- Solved examples to illustrate key concepts
- Objective-type questions and multiple-choice quizzes in the 'Test Your Knowledge' sections
- Step-by-step explanations of FEM formulation and application
Number of Pages: 98
Dimensions: 0.2 x 9 x 6 IN
Publication Date: August 03, 2023