In this paper, the governing equations of non-isothermal two-phase flow in unsaturated,
deformable porous media are presented based on different representations of the gaseous …

This paper presents a novel strain-dependent water retention model for improved predictive
modelling of localized gas flow in bentonite. The proposed model uses fundamental material …

We present results from an international model comparison study of the Full-Scale
Emplacement (FE) experiment in Opalinus Clay at the Mont Terri Laboratory, Switzerland …

The paper is devoted to the modeling of heat conduction in deformable media. The
constitutive functions are in the form of rate equations which generalize the Maxwell …

In this paper, thermo-hydro-mechanically (THM) coupled processes triggered during the
construction, operation and closure of a deep geological repository for heat generating, high …

In recent decades, the thermal analysis of soil and earth structures has gained significant
importance, driven primarily by the implications of climate change. This review offers a …

We investigated thermo–hydro–mechanical (TH–M) coupled behavior observed during the
full-scale heater emplacement experiment at the Mont-Terri underground research …

This manuscript presents a comprehensive study on the numerical simulation of gas
transport in clay rock using the finite-element method, with a specific focus on the transition …

We compare two-phase flow and Richards flow implementations in OpenGeoSys-6 to model
the thermo-hydro-mechanical evolution of heat-emitting waste in clay stone formations. Our …

We present an application of design-of-experiment (DoE) based history matching as an
approach to reduce and investigate parameter uncertainties in finite-element models for …