The dynamic behavior of articular cartilage (a soft porous biological tissue) with strain-
dependent nonlinear permeability under cyclic compressive loading and magnetic field is …

The present study provides a novelty approach for the computational biological model
based on continuum mixture theory in combination with power-law model for incorporating …

In this study, the theoretical analysis of tissues behaviour designates a common approach
towards the bio-mechanical study, which is used to verify the interpretation of the …

In this study, we examine the behavior of articular cartilage equilibrated in a salt (NaCl)
solution during non-Newtonian fluid flow that follows an Ostwald− de Waele model. A …

The aim of the present work is to examine the effects of applied magnetic field and strain-
dependent nonlinear permeability on the deformation of articular cartilage equilibrated in a …

Multiphasic deformation of the porous solids can be described using the low-viscosity fluid
flow through the viscously deformable and permeable solid matrix. The purpose of the …

In this dissertation, the bio-mechanical response of a fiber reinforced solid matrix (soft tissue)
has been formulated. A constant magnetic field effects has been incorporated in the binary …