Finite Element Methods in Dynamics

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"Finite Element Methods in Dynamics" by Y.K. Cheung, A.Y.T. Leung is a physics book focused on Dynamics. Best for students, educators, and scientifically curious readers.

This book presents the latest developments in structural dynamics with particular emphasis on the formulation of equations of motion by finite element methods and their solution using microcomputers. The book discusses the use of frequency-dependent shape functions for realistic finite element modelling, as opposed to the approximate conventional shape functions. A useful feature of the book in handling the forced vibration problem is the separation of the solution into two parts; the steady state and transient. Advanced topics such as substructure and synthesis are viewed in a modern unified manner. A complete listing of the finite element programme NATVIB used is given.

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Best For: Students and professionals in structural dynamics and mechanical engineering

Focus: Formulation of equations of motion using finite element methods and their computational solutions

Covers: Frequency-dependent shape functions for finite element modelling and forced vibration problems

Why It Matters: Provides updated methods for more accurate structural dynamics analysis using microcomputers

"Finite Element Methods in Dynamics" by Y.K. Cheung, A.Y.T. Leung is a physics book focused on Dynamics. Best for students, educators, and scientifically curious readers.

Topic: Dynamics

Author: Y.K. Cheung, A.Y.T. Leung

Who this is for:

Physics students
Science-minded readers
Readers building technical understanding

Why this book matters: It provides structured coverage of physics concepts in a way that supports deeper understanding and continued study.

This book presents the latest developments in structural dynamics with particular emphasis on the formulation of equations of motion by finite element methods and their solution using microcomputers. The book discusses the use of frequency-dependent shape functions for realistic finite element modelling, as opposed to the approximate conventional shape functions. A useful feature of the book in handling the forced vibration problem is the separation of the solution into two parts; the steady state and transient. Advanced topics such as substructure and synthesis are viewed in a modern unified manner. A complete listing of the finite element programme NATVIB used is given.