High-pressure fluid-controlled earthquake cycles and fault networks
Projektnummer
0055029
Zusammenfassung
The hypothesis is tested that much of the earthquake cycle is substantially controlled by the mechanical, chemical, and time-varying hydraulic behaviour of high pressure fluids trapped at depth at the base of the seismogenic brittle crust. This hypothesized scenario is supported by numerous observations. However, numerical modeling is currently insufficient to properly explore its implications. Theoretical developments and analyses of seismic sequences are necessary to quantify evolving fracture networks, both prior to the earthquake, and of the subsequent aftershock sequences. First, ...
Projektinformationen
Status:
Beendet
Startdatum:
01.12.2011
Enddatum:
31.01.2015
Fördersumme:
625.400 €
Profilbereich:
Beendete Förderinitiativen
Förderinitiative:
Neue konzeptionelle Ansätze zur Modellierung und Simulation komplexer Systeme
Ausschreibung:
Extreme Events