Anisotropic relaxation functions and strength of oriented solids.
Mechanical properties of high polymer solid in terms of microbehavior as result of deformation and orientation, expressing anisotropic relaxation function as time dependent function
Engineering topics
Publications and source records attributed to Hsiao, C. C..
Mechanical properties of high polymer solid in terms of microbehavior as result of deformation and orientation, expressing anisotropic relaxation function as time dependent function
Internal fracture of spheroids caused by focusing explosive waves
Reformation processes effect on stress time-to- fracture behavior of solids
Anisotropic relaxation functions and strength of oriented solids
Time dependent nature of mechanical breakdown of oriented and stressed solids
Mechanical strength of medium formulated as microscopic behavior in continuum obtaining time- dependent macroscopic fracture strength
Internal fracture of solids analyzing initiation by converging tensile pulses in prolate spheroid and crack propagation in infinite solid
Kinetics of mechanical strength of oriented and stressed solids based on statistical absolute reaction rate theory
Internal fracture caused by focusing of explosive waves
Initiation and propagation of internal fracture in solids
Deformation and microscopic element orientation to determine medium mechanical strength
Stress analysis of anisotropic viscoelastic cylindrical shell