Mechanics Of Viscoelastic Solids Book

	Preface
1	Constitutive Models in Linear Viscoelasticity	1
1.1	The Boltzmann Superposition Principle	2
1.2	The Short-Term Response in Physically Aged Polymers	8
1.3	The Long-Term Response in Physically Aged Polymers	23
1.4	Constitutive Relations for Three-Dimensional Loading	56
1.5	Thermodynamic Potentials of a Transient Network	63
1.6	Variational Principles in Viscoelasticity	83
1.7	Phase Transitions in Viscoelastic Media	106
	References	125
2	Constitutive Models in Nonlinear Viscoelasticity	135
2.1	A Transient Network with Nonlinear Links	136
2.2	A Network with an Eyring-Type Clock	157
2.3	A Network with an Entropy-Driven Clock	172
2.4	Constitutive Relations in Viscoelastoplasticity	189
	References	203
3	Constitutive Models in Finite Viscoeasticity	209
3.1	Operator Linear Constitutive Relations	210
3.2	The Mooney-Rivlin Model	237
3.3	Strain Energy Density of a Network	254
3.4	Constitutive Equations Based on the Free Volume Concept	271
3.5	A Network with an Entropy-Driven Clock	299
	References	323
4	Constitutive Models in Thermoviscoelasticity	329
4.1	Thermorheologically Simple Media	330
4.2	Thermorheologically Complex Media	340
4.3	The Nonisothermal Response in Nonaging Polymers	364
4.4	Linear Media Subjected to Physical Aging	400
4.5	Nonlinear Media Subjected to Physical Aging	414
	Index	465