In order to efficiently exploit geothermal energy, the reasonable configuration of fracture
network should ensure the minimum water loss, high flow rate, high production temperature …

The development of hot dry rock (HDR) resources is mainly through hydraulic fracturing to
build fracture in low permeability high-temperature rock to form working fluid flow channels …

This paper presents a numerical study on thermal energy mining from hot dry rock (HDR)
using an enhanced geothermal system (EGS). In these simulations, the thermal–hydraulic …

Under the influence of tectonic stress and faults, there are many natural fractures (NFs) in
hot dry rock (HDR) reservoirs. However, the effect of NFs on the propagation of hydraulic …

The complex thermal‐hydraulic‐mechanical (THM) coupling is the key issue to the energy
extraction from a geothermal reservoir, where fractures are the main channels for fluid …

Hydraulic fracturing is widely employed for hot dry rock (HDR) exploitation, providing a
fracture network that facilitates high-permeability of artificial reservoirs in Enhanced …

The enhanced geothermal system is applied to develop the hot dry rock geothermal
resource. The hot dry rock is dry and impermeable rock, like granite, in the depth of 3000 …

Fractured enhanced geothermal system (EGS) reservoirs are typically sensitive to thermal
and mechanical change induced by cold water injection. It has been observed that the …

The hot dry rock (HDR) hydraulic fracturing is a complex physical process coupling the
effects of seepage, stress, temperature, and damage. The high temperature and brittleness …

As the most effective method to extract the deep geothermal resources, Enhanced
Geothermal Systems (EGS) has been a hot spot of academic research all over the world …