Presents a comprehensive, survey of the theoretical basis of structural plasticity and creepProvides a systematic survey of solution methods for inelastic structural responseIncludes tables and diagrams of uniaxial and multiaxial inelastic material models and high-temperature material data Features more than 80 solved examples and discussions as well as nearly 100 self-explanatory problems Includes tensorial indices notation, basic computational techniques, and 276 figures Plasticity and Creep is essentially written with the needs of the Applied Mechanics students and the Computational Mechanics students in mind. The book can also be used for general Mechanical Engineering and Civil Engineering programs. Plasticity and Creep presents a comprehensive, up-to-date survey of the theoretical basis of structural plasticity and creep. The book also provides a systematic survey of solution methods for inelastic structural response, covering plastic hardening, viscoelasticity, viscoplasticity, creep, and creep rupture. Tables and diagrams of uniaxial and multiaxial inelastic material models and high-temperature material data are included for easy reference.