Configurational Forces As Basic Concepts Of Continuum Physics Book

1	Introduction	1
A	Configurational forces within a classical context	19
2	Kinematics	21
3	Standard forces. Working	25
4	Migrating control volumes. Stationary and time-dependent changes in reference configuration	29
5	Configurational forces	34
6	Thermodynamics. Relation between bulk tension and energy. Eshelby identity	41
7	Inertia and kinetic energy. Alternative versions of the second law	46
8	Change in reference configuration	50
9	Elastic and thermoelastic materials	53
B	The use of configurational forces to characterize coherent phase interfaces	61
10	Interface kinematics	63
11	Interface forces. Second law	66
12	Inertia. Basic equations for the interface	74
C	An equivalent formulation of the theory. Infinitesimal deformations	81
13	Formulation within a classical context	83
14	Coherent phase interfaces	88
D	Evolving interfaces neglecting bulk behavior	91
15	Evolving surfaces	93
16	Configurational force system. Working	101
17	Second law	108
18	Constitutive equations	110
19	Two-dimensional theory	115
E	Coherent phase interfaces with interfacial energy and deformation	127
20	Theory neglecting standard interfacial stress	129
21	General theory with standard and configurational stress within the interface	138
22	Two-dimensional theory with standard and configurational stress within the interface	149
F	Solidification	157
23	Solidification. The Stefan condition as a consequence of the configurational force balance	159
24	Solidification with interfacial energy and entropy	163
G	Fracture	173
25	Cracked bodies	175
26	Motions	182
27	Forces. Working	184
28	The second law	190
29	Basic results for the crack tip	196
30	Constitutive theory for growing cracks	198
31	Kinking and curving of cracks. Maximum dissipation criterion	201
32	Fracture in three space dimensions (results)	208
H	Two-dimensional theory of corners and junctions neglecting inertia	211
33	Preliminaries. Transport theorems	213
34	Thermomechanical theory of junctions and corners	218
I	Appendices on the principle of virtual work for coherent phase interfaces	225
A1	Weak principle of virtual work	227
A2	Strong principle of virtual work	232
	References	239
	Index	247