Field Theory of Multiscale Plasticity - Title page

pp iii-iii

Copyright page

pp iv-iv

Contents

pp v-xiv

Preface

pp xv-xvii

Acknowledgments

pp xviii-xx

Part I - Fundamentals

pp 1-264

1 - Dislocation Theory and Metallurgy

pp 3-85

2 - Dislocation Dynamics and Constitutive Framework

pp 86-138

3 - Dislocation Substructures

pp 139-231

4 - Single Crystals versus Polycrystals

pp 232-264

Part II - Theoretical Backgrounds

pp 265-436

5 - Overview of Field Theory of Multiscale Plasticity

pp 267-303

6 - Differential Geometrical Field Theory of Dislocations and Defects

pp 304-370

7 - Gauge Field Theory of Dislocations and Defects

pp 371-415

8 - Method of Quantum Field Theory

pp 416-436

Part III - Applications I

pp 437-678

9 - Identification of Important Scales

pp 439-482

10 - Scale A: Modeling and Simulations for Dislocation Substructures

pp 483-544

11 - Scale B

pp 545-603

12 - Scale C

pp 604-678

Part IV - Applications II

pp 679-808

13 - Cooperation of Multiple Inhomogeneous Fields

pp 681-747

14 - Outlooks

pp 748-773

15 - Flow-Evolutionary Law as a Working Hypothesis

pp 774-808

References

pp 809-832

Author Index

pp 833-834

Subject Index

pp 835-839