Theory of induced birefringence in materials with memory
Isotropic materials with memory, discussing induced birefringence theory to account for memory and nonlinearity effects in dielectric properties dependence on deformation history
Engineering topics
Publications and source records attributed to Dill, E. H..
Isotropic materials with memory, discussing induced birefringence theory to account for memory and nonlinearity effects in dielectric properties dependence on deformation history
Thermodynamics second law restrictions on constitutive equations of electromagnetic theory for nonlinear materials with long-range gradually fading memory, considering dissipation principle consequences
Describing induced birefringence in viscoelastic materials based on constitutive assumptions for stress and dielectric properties
Streaming birefringence theory, discussing incompressible fluids, shear and Couette flows, fading memory, deformations
Stability of motions of incompressible materials with memory and relation to thermodynamic principles
Stress states, structure deformation, failure criteria and constitutive relations in structural design noting tensile, strip and lap shear test and continuum model
Stress analysis method of photoelasticity extended to viscoelastic materials by manufacturing mathematical model from transparent birefringent material properties
Photothermoviscoelastic method for stress analysis
Photothermoviscoelastic theory of plane stress determination in viscoelastic model using birefringence pattern
Determination of stress field in viscoelastic model by fringe order and isoclinic angle observation