The world's primary energy requirements are supplied to a large extent by non-renewable
energy resources, which has resulted in significant anthropogenic greenhouse gas …

In geothermal projects, reinjection of produced water has been widely applied for disposing
wastewater, supplying heat exchange media and maintaining reservoir pressure …

Numerical tools dealing with the coupled thermal, hydraulic, mechanical, chemical and
biological processes have been developed to analyze experimental outputs, field …

This paper provides an overview of an international research collaboration for advancing the
understanding and modeling of coupled thermo-hydro-mechanical-chemical (THMC) …

Thermal stimulation method can be effectively utilized to enhance the flow performance in
the tight porous media with an induced thermal shock. This approach can be applied to …

This chapter reviews field data on stress‐induced permeability changes in fractured rock;
describes the estimation of fractured rock stress‐permeability relationships through model …

The hydraulic and heat transfer properties of artificial fracture networks are key to the
efficiency of energy production from geothermal reservoirs. To date, no conclusive view …

The evolution of permeability and microcrack characteristics of granite at high temperature
has significant effect on the safe and stable operation of high-level nuclear waste disposal …

A method was developed for experimentally observing the evolution of fracture
aperture/permeability within a granite-based Enhanced Geothermal System (EGS) in an …

Thermal energy recovered from Hot Dry Rock (HDR) or Engineered Geothermal Systems
(EGS) is clean and renewable and may fulfill current energy demands. The long term flow …