Despite the ubiquity of thermal convection in nature and artificial systems, we still lack a
unified formulation that integrates the system's geometry, fluid properties, and thermal …

Predicting the temperature, pressure, and permeability at depth is crucial for understanding
natural-state geothermal systems. As direct observations of these quantities are limited to …

Comparison between fossil and analogue active geothermal systems permit to obtain key-
parameters to define a conceptual model of the area under exploration. The approach is …

In geothermal areas the evaluation of the active stress field from local earthquakes is
generally contradictory, mainly suggesting normal to strike-slip tectonic regime. This feature …

Numerical reservoir modeling plays an important role in understanding and predicting the
performance of geothermal reservoirs to varying exploitation schemes. In this study, four …

Abstract On the Southeast Coast of China, geothermal resources are rich and widely
distributed along regional fault zone. However, the previous research of this area is …

Abstract Buildings of more than 34,000,000 m 2 areas are heated by hydro-geothermal
energy in Tian**, China. Karst reservoir is currently the most important hydro-geothermal …

A new geothermal reservoir modelling framework is discussed. The framework has two main
objectives: first, all the geoscience and reservoir engineering data should be stored in a …

The Krafla area in north Iceland hosts a high‐temperature geothermal system within a
volcanic caldera. Temperature measurements from boreholes drilled for power generation …

To significantly increase the use of geothermal resources, describing geothermal systems in
post-calderas is essential because this type of system is infrequent and has not yet been …