Author Description

This practical, example-rich book presents numerical procedures for solving complex stress problems encountered by engineers who design solid objects and structures such as bridges and building foundations. The book introduces the "effective stress function" approach--an extremely useful and efficient method for stress integration in thermoplasticity and creep of metals. Important ideas are clearly and gradually developed and the physical meaning of the mathematical quantities are lucidly explained. The book also covers critical topics not found in comparable texts, such as methods applicable to large strains and the analysis of shells and pipes. The working engineer, student, and teacher of mechanical and structural engineering will find that the book will arm them with a state-of-the-art understanding of the subject.