Constitutive coupled modeling has developed rapidly in recent decades, with numerous
new models published. However, few models consider dynamic porosity, and experimental …

In cold regions, the pore space's composition and phase state can affect the elastic modulus
of the media. During the winter, the freezing conditions in the soil results in the release of …

In this paper, a coupled fluid flow-geomechanical simulation in a deformable porous
medium using finite element numerical method is presented. This model includes solving …

A large amount of evidence from literature has manifested that tumor cells can effectively
avoid being recognized and killed by the immune system through immune checkpoint …

Many successful applications of numerical models for simulation of sand behavior show the
importance of both triaxial tests and the constitutive relations used in simulation. In this work …

One of the most popular themes in earthquake geotechnical engineering is the simulation
considering the phase interaction among different phases inside the soil medium. The …

Landslides are recognized as one of the major hazards, reflected through large material and
human loss throughout the world. They can be triggered by anthropogenic, but also due to a …

Extensive experimental research program on element tests have been performed on natural
sand from the Vardar river terraces in the city of Skopje. The Skopje sand is planned to be …

The present study is focused on the numerical simulation of soil media which are consisted
of multiphase medium subject to dynamic loading. In many engineering applications, the …

Effective and efficient modeling of soil media is of importance in geotechnical earthquake
engineering especially when pore pressure development is considered. Concerning the …