Fracture deformation and instability during long-term CO 2 geological sequestration in
abandon reservoirs is simulated with a thermal-hydro-mechanical model. The two-phase in …

Abstract Enping 15–1 project is China's first Carbon Capture and Storage (CCS) project to
store CO 2 in the offshore deep saline aquifer formations. Due to the lack of detailed …

Sequestration of CO 2 into a deep geological reservoir causes a complex interaction of
different processes such as multiphase flow, phase transition, multicomponent transport, and …

A novel nonlocal thermo‐hydro‐mechanical coupling model is proposed to investigate
cracking behaviors of quasi‐brittle materials in the framework of advanced general particle …

Numerical simulations are a viable tool to gain insights into complex coupled THMC
processes prevailing in many geoscientific applications. In this work, a coupling approach …

Increasing application of supercritical fluids leads to increased use of numerical simulations
to guide designs. However, the impact of Equations of State (EoS) selection on …

In this paper a locally mass conservative finite volume method is employed to model the one-
dimensional, two-phase immiscible flow in a poroelastic media. Since, an appropriate …

This paper presents a numerical simulation tool for the analysis of coupled processes
related to subsurface operations. The tool combines the open-source scientific code …

We examined the two-phase hydro-mechanical coupled process for subsurface
applications. First, we exclusively derived governing equations for capillary pressure of the …

Surrogate models are widely used for reservoir simulations in the petroleum industry to
improve computational efficiency. However, the traditional surrogate model mainly relies on …