The Finite Element Method (FEM) is widely used in industry through
various software tools for engineering design and analysis. The method is also taught in academic institutions because it provides an effective way to analyze complex scientific and technological problems. This book, Finite Element Handbook, presents the fundamental concepts of FEM in a clear and accessible way, using easy-to-understand mathematical explanations and computational techniques. It starts with basic questions such as: what is FEM, what can it do, how can it be applied across different fields. The book introduces key concepts, step-by-step procedures, and methods for both basic and advanced problem-solving. It also covers techniques for achieving accurate results, selection of various commercial FEM software tools, and additional resources for further learning once the reader gains more expertise.
The book is suitable for beginners and those who want to grasp the
method's principles. A strong understanding of FEM opens up new opportunities for designing and analyzing complex scientific and engineering problems effectively.