Field Theory of Multiscale Plasticity

01.0_pp_i_ii_Field_Theory_of_Multiscale_Plasticity
02.0_pp_iii_iii_Field_Theory_of_Multiscale_Plasticity
03.0_pp_iv_iv_Copyright_page
04.0_pp_v_xiv_Contents
05.0_pp_xv_xvii_Preface
06.0_pp_xviii_xx_Acknowledgments
07.0_pp_1_264_Fundamentals
07.1_pp_3_85_Dislocation_Theory_and_Metallurgy
07.2_pp_86_138_Dislocation_Dynamics_and_Constitutive_Framework
07.3_pp_139_231_Dislocation_Substructures
07.4_pp_232_264_Single_Crystals_versus_Polycrystals
08.0_pp_265_436_Theoretical_Backgrounds
08.1_pp_267_303_Overview_of_Field_Theory_of_Multiscale_Plasticity
08.2_pp_304_370_Differential_Geometrical_Field_Theory_of_Dislocations_and_Defects
08.3_pp_371_415_Gauge_Field_Theory_of_Dislocations_and_Defects
08.4_pp_416_436_Method_of_Quantum_Field_Theory
09.0_pp_437_678_Applications_I
09.1_pp_439_482_Identification_of_Important_Scales
09.2_pp_483_544_Scale_A_Modeling_and_Simulations_for_Dislocation_Substructures
09.3_pp_545_603_Scale_B
09.4_pp_604_678_Scale_C
10.0_pp_679_808_Applications_II
10.1_pp_681_747_Cooperation_of_Multiple_Inhomogeneous_Fields
10.2_pp_748_773_Outlooks
10.3_pp_774_808_Flow-Evolutionary_Law_as_a_Working_Hypothesis
11.0_pp_809_832_References
12.0_pp_833_834_Author_Index
13.0_pp_835_839_Subject_Index