Dilatancy and total strain for unheated and heated mine workings
Dilatancy and total strain for unheated and heated mine openings at the WIPP site (Hampel et al., 2016)

For many geomechanical issues, the propagation of heat or fluids and their effect on stresses and deformations must be considered, e.g., in the case of

  • Final disposal of heat-generating waste,
  • Injection and withdrawal of gases in storage caverns,
  • Assessment of the barrier integrity of final repositories and mines,
  • possible extraction of brine from decomissioned caverns.

In these cases, thermo-mechanical (TM), hydro-mechanical (HM), or even fully thermo-hydro-mechanical (THM) coupled calculations may be necessary.

         
    Dilatancy-driven (left) and pressure-driven percolation (right) around a gas storage cavern over several storage cycles.    
16.04.2026

Sponsoring zum Spendenlauf des Fördervereins des Wilhelm-Ostwald-Gymnasiums in Leipzig 2026

Am 02.04.2026 fand am Wilhelm-Ostwald-Gymnasium in Leipzig der Spendenlauf des Fördervereins der Schule statt. Das IfG nutzte die Möglichkeit und beteiligte sich mit einem Sponsoring.

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15.04.2026

Wir unterstützen die KSW IceFighters Leipzig

Das IfG unterstützt ab der Saison 2026/2027 die KSW IceFighters Leipzig als Sponsor im Rahmen des regionalen Club-Netzwerks BUSINESS HELDEN.

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Banner der Icefighter Business Helden
24.03.2026

Advanced training "Salt chemistry and THEREDA" at the TU Bergakademie Freiberg

From 16 to 20 March 2026, colleagues from the Institut für Gebirgsmechanik attended an advanced training course at the TU Bergakademie Freiberg on the topic of ‘Salt Chemistry and THEREDA’. The course covered the fundamentals of salt chemistry as they apply to the oceanic salt system.

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Dr. Johannes Kupper performing experiments