Investigation of the elastoplastic deformation and the fracture criterion of a transversally isotropic material subject to uniaxial compression in a direction parallel to the isotropy plane
Rg. Terekhov et al., Investigation of the elastoplastic deformation and the fracture criterion of a transversally isotropic material subject to uniaxial compression in a direction parallel to the isotropy plane, INT AP MECH, 36(3), 2000, pp. 343-347
The stress-strain state and fracture of a transversally isotropic material
subject to uniaxial compression in a direction parallel to the isotropy pla
ne is studied. The deformation theory of the plasticity of a transversally
isotropic body was used to analyze the stress-strain state. The fracture an
alysis of the material is carried out using a proposed variant of the strai
n-strength criterion. Theoretical and experimental data on the stress-strai
n state and the strength of a transversally isotropic material are compared
.