This paper reviews the trends in applying machine learning to subsurface geothermal
resource development. The review is focused on the machine learning applications over the …

Petrophysical and mechanical rock properties are key parameters for the characterization of
the deep subsurface in different disciplines such as geothermal heat extraction, petroleum …

The active volcanic caldera of Acoculco has been explored in the last few years to develop
geothermal energy from non-conventional sources. This caldera located in eastern Mexico …

Petrophysical properties are a key element for reservoir characterization but also for
interpreting the results of various geophysical exploration methods or geophysical well logs …

The Valgarður database is a compilation of data describing the physical and geochemical
properties of Icelandic rocks. The dataset comprises 1166 samples obtained from fossil and …

In heterogeneous and fractured rock masses, joints are the most important elements
controlling the hydraulic conductivity. Joints parameters are therefore crucial for estimating …

This research presents a 2D conductive thermal representation for geothermal systems
through the development of a numerical model based on heat transfer equations using …

The empirical Hoek-Brown failure criterion is a well-known and commonly used failure
criterion for intact rocks and rock masses, especially in geological engineering. The intact …

In heterogeneous and fractured rock masses, joints are the most important elements
controlling the hydraulic conductivity. Joints parameters are therefore crucial for estimating …

Super-hot unconventional geothermal systems (> 350 C) possess enormous potential for
geothermal power and heat generation that could be harnessed in the future. Due to their …