This article presents an overview on poroelastodynamic models and some analytical
solutions. A brief summary of Biot's theory and of other poroelastic dynamic governing …

This article reviews convolution quadrature and its uses, extends the known approximation
results for the case of sectorial Laplace transforms to finite-part convolutions with non …

Computational mechanics has been advanced in every area of orthopedic biomechanics.
The objective of this paper is to provide a general review of the computational models used …

Proceeding from the governing equations describing a saturated poroelastic material with
intrinsically incompressible solid and fluid constituents, we compare the monolithic and …

The underlying study introduces a numerical modeling framework and a comparison with
experimental data of hydraulic fracture in dense low-permeable brittle rocks. This is based …

A nonlinear viscoelastoplastic theory is developed for porous rate‐dependent materials
filled with a fluid in the presence of gravity. The theory is based on a rigorous …

Finite element models for hydrated soft biological tissue are numerous but often exhibit
certain essential deficiencies concerning the reproduction of relevant mechanical and …

Liver resection can lead to focal outflow obstruction due to transection of hepatic veins.
Outflow obstruction may cause additional damage to the small remnant liver. Drainage of the …

Biological tissue can be viewed as porous, permeable and deformable media infiltrated by
fluids, such as blood and interstitial fluid. A finite element model has been developed based …

Porous materials are breeding beds of multiphysical processes due to their porous,
multiphase, and multicomponent nature. This chapter is intended to explain the strong …