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The Relationship Between Tensile
v3 TimeTemperature Correspondence
A Phenomenology of the Glass Transition
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addition application assumed becomes behavior body calculate Chapter chemical complex compliance concentration conformations consider constant coordinate creep crosslinked curve defined deformation dependence derive direction discussed distribution effect elasticity element ends energy entropy equal equation example experiment experimental expression extension fact factor Figure follows force fraction free volume function given gives glass transition hand increases initial integration length linear material Maxwell measurements mechanical method modulus molecular weight molecules motion Natural network chains normal observed obtained occur original parameters phase plastic plot polymer polymer chain possible presented problem Properties radial distribution function reference region represents response rubber sample scission segments shear shown in Figure shows side simple spring statistical strain stress relaxation structure Substitution temperature tensile theory transform transition unit vector viscoelastic viscosity yields zero