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 …

Understanding the mechanical responses of granites after various thermal shocks is of
utmost significance for heat extraction through from enhanced geothermal systems (EGSs) …

The grain-scale heterogeneity of rock has been found to greatly affect the cracking
behaviour in mechanical tests. However, the heterogeneity has been insufficiently …

Geothermal energy has undoubtedly been considered a promising low-carbon resource in
future energy supply responding to the rising energy demand and severe climate concerns …

Abstract Geothermal energy from Hot Dry Rock (HDR) with poor permeability is recognized
as a potential future energy source, and it can be exploited by Enhanced Geothermal …

Deep geothermal energy plays an essential role in the future renewable energy supply. To
investigate the mechanism of fluid-rock interaction on the pore structure and the strength of …

The deformation or failure behavior of reservoir rock in deep geothermal engineering has
substantial influences on heat extraction efficiency. Accurate reservoir analyses must …

Naturally-occurring high-temperature geothermal energy resources contribute significantly
to the world's emerging energy demand by allowing renewable and clean power generation …

The influence of heating followed by cooling on the alteration of the microstructural
properties of Harcourt granite was comprehensively investigated utilising X-ray computed …

Deep geothermal energy exploitation has gained a lot of attentions in energy field due to its
large reserve. Enhanced geothermal system (EGS) is the only one mode to explore hot dry …