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INTRODUCTION TO VISCOELASTICITYR L McCullough
VISCOELASTIC BEHAVIORR L McCullough
TRANSPORT PROPERTIESR L McCullough
aligned anisotropic application average axis bulk modulus characterized coefficients combining rules compliance constants components composite materials conducting continuous fiber composites creep dashpot deformation developed dielectric dielectric constant direction domain dynamic dynamic mechanical effective aspect ratio electrical elements engineering constants Equation equivalent experimental filaments filler function geometry Halpin-Tsai Hashin havior Hooke's law illustrated in Figure improved lower bound In-Plane isotropic Laplace transform load longitudinal material descriptors matrix phase mechanics of materials micro-laminate micro-models micro-structure obtained orientation orthotropic parameters plane plane strain Poisson's ratio polymer polymeric predicted procedures quantities reinforcing rela relationships resin response Reuss rule of mixtures self-consistent field shear modulus sheet molding materials short-fiber solid specified strain tensors stress relaxation stress-strain structural subsection symmetry temperature tensile tensor thermal tion tionships transform transport properties transversely isotropic upper bound values viscoelastic behavior viscoelastic descriptors Voigt volume fraction yields Young's modulus