•Volume and shear damage measures have been incorporated into a hyper-elastoplastic framework to model inelastic rock deformation. •A novel feature of the formulation is a thermodynamically consistent finite deformation framework that makes connections between inelastic volume change and damage. •A unique feature of the formulation is the ability of the model to capture hardening/softening responses entirely through damage and damage-effective stresses, and not from the more commonly employed phenomenological approach. •The model was used to simulate the inelastic deformation response of limestone subjected to a variety of stress paths. •Stress-point and boundary-value problem simulations were conducted to test the robustness of the formulation.
International Journal of Solids and Structures – Elsevier
Published: Jun 15, 2018
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