Description

Studies in Applied Mechanics, Volume 6: Mechanics of Material Behavior provides information pertinent to the fundamental aspects of the mechanics of material behavior. This book discusses the theory of plasticity and its application to the design of engineering components and structures. Organized into 24 chapters, this volume begins with an overview of the concept of material stability, which provided a unified approach for the derivation of stress–strain relations for the plastic behavior of metals. This text then examines the general equation for the plane-stress condition of orthotropic sheet material that is isotropic in its plane. Other chapters consider the developments in plasticity as applied to soil mechanics, with emphasis on applications to earthquake-induced landslide problems. This book discusses as well the restrictions on a hypothesized quasi-statically propagating planar surface. The final chapter deals with the effects of fiber orientation, delamination length, and ply thickness on the interlaminar fracture. This book is a valuable resource for engineers.

Table of Contents


Preface

List of Contributors

Daniel C. Drucker

Technical Publications of Daniel C. Drucker

Anistropic Plasticity of Plane-Isotropic Sheets

Soil Mechanics, Plasticity and Landslides

Restrictions on Quasi-Statically Moving Surfaces of Strong Discontinuity in Elastic-Plastic Solids

Temperature Measurements During the Formation of Shear Bands in a Structural Steel

Thermoplasticity of Undirectional Metal Matrix Composites

The Prediction of Large Permanent Deformations in Rigid-Plastic Impulsively Loaded Frames

Dynamic Analysis of Elastic-Plastic Structures by Mode-Superposition and Equivalent Plastic Loads

Simple Examples of Complex Phenomena in Plasticity

Aspects of Damage to Building from Uncased Explosives

On Brittle Fracture of a Thin Plastic Interlayer in Creep Conditions

Dynamic Loading of Fiber-Reinforced Beams

Limit Concepts and High Temperature Design

Finite Deformation Effects in Elastic-Plastic Analysis

Experimental Evaluation of the Overall Anistropic Material Response at Continuous Damage

On the Unified Framework Provided by Mathematical Programming to Plasticity

Estimates for the Constitutive Moduli of Ductile Materials Containing a Small Volume Fraction of Voids or Inclusions

Some Remarks on Rate-Dependent Plasticity

Shear Flow of Kinematically Hardening Rigid-Plastic Materials

Yield Surfaces in the Stress-Temperature Space Generated by Thermal Loading

Note on the Mindlin Problem

Rigid-Plastic and Simplified Elastic-Plastic Solutions for Dynamically Side-Loaded Frames

Fracture Mechanics for Delamination Problems in Composite Materials

Details

Language:
English
Copyright:
© 1984
Published:
Imprint:
North Holland
Electronic ISBN:
9781483289786
Print ISBN:
9780444421692

About the editors

Reviews

@qu:The editors of this book are to be congratulated for producing a strong anniversary volume which befits the outstanding and fundamental contributions made by D.C. Drucker to the theory of plasticity and its applications to structural analysis and design. The book provides not only a contemporary overview of the fields Drucker helped to create but also an insight into current interest in these areas. @source:Applied Mechanics Reviews