Finite Element Method: Introduction, Concepts & Fundamentals: A comprehensive guide to the foundations of FEM, numerical methods, and computer-aided engineering.
This book offers an in-depth exploration of the
Finite Element Method (FEM), integrating concepts from
computer-aided engineering (CAE) and
numerical methods. Beginning with the historical development of FEM, it guides readers through its theoretical foundations, procedural steps, and classifications of finite elements.
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