Engineering Plasticity

Content: 
Front Matter, Page iii
Copyright, Page iv
Dedication, Page v
Calladine: Engineering Plasticity: Errata, Page ifc1
PREFACE, Pages xi-xiv
CHAPTER I - INTRODUCTION, Pages 1-13
CHAPTER II - SPECIFICATION OF AN IDEAL PLASTIC MATERIAL, Pages 14-63
CHAPTER III - FEATURES OF THE BEHAVIOUR OF STRUCTURES MADE OF IDEALISED ELASTIC-PLASTIC MATERIAL, Pages 64-92
CHAPTER IV - THEOREMS OF PLASTIC THEORY, Pages 93-116
CHAPTER V - ROTATING DISCS, Pages 117-138
CHAPTER VI - TORSION, Pages 139-158
CHAPTER VII - INDENTATION PROBLEMS, Pages 159-193
CHAPTER VIII - INTRODUCTION TO SLIP-LINE FIELDS, Pages 194-213
CHAPTER IX - CIRCULAR PLATES UNDER TRANSVERSE LOADING, Pages 214-234
CHAPTER X - METAL-FORMING PROCESSES: WIRE-DRAWING AND EXTRUSION, Pages 235-274
CHAPTER XI - EFFECTS OF CHANGES IN GEOMETRY, Pages 275-288
CHAPTER XII - THE WIDER SCOPE OF PLASTIC THEORY AND DESIGN, Pages 289-294
BIBLIOGRAPHY, Pages 295-297
APPENDIX I - THE MOHR CIRCLE OF STRESS, Pages 299-301
APPENDIX II - VIRTUAL WORK, Pages 302-304
APPENDIX III - “CORRESPONDING” LOADS AND DEFLECTIONS, Page 305
APPENDIX IV - PROPORTIONAL LOADING, Page 306
APPENDIX V - NOTATION FOR THREE-DIMENSIONAL STRESS, Page 307
APPENDIX VI - SYMBOLS, UNITS AND CONVERSION FACTORS, Pages 308-309
ANSWERS TO PROBLEMS, Pages 311-314
INDEX, Pages 315-318