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Numerical modeling of thermally-induced fractures in a large rock salt mass
Numerical modeling of thermally-induced fractures is a concern for many geo-structures including deep underground energy storage caverns. In this paper, we present the numerical simulation of a large-scale cooling experiment performed in an underground rock salt mine. The theory of fracture mechanics was embedded in the extended finite element code used. The results provide reliable information on fracture location and fracture geometry. Moreover, the timing of the fracture onset, as well as the stress redistribution due to fracture propagation, is highlighted. The conclusions of this numerical approach can be used to improve the design of rock salt caverns in order to guarantee their integrity in terms of both their tightness and stability. Keywords: Fracture mechanics, Thermal loading, Extended finite element method (XFEM) simulation, Rock salt
Numerical modeling of thermally-induced fractures in a large rock salt mass
Numerical modeling of thermally-induced fractures is a concern for many geo-structures including deep underground energy storage caverns. In this paper, we present the numerical simulation of a large-scale cooling experiment performed in an underground rock salt mine. The theory of fracture mechanics was embedded in the extended finite element code used. The results provide reliable information on fracture location and fracture geometry. Moreover, the timing of the fracture onset, as well as the stress redistribution due to fracture propagation, is highlighted. The conclusions of this numerical approach can be used to improve the design of rock salt caverns in order to guarantee their integrity in terms of both their tightness and stability. Keywords: Fracture mechanics, Thermal loading, Extended finite element method (XFEM) simulation, Rock salt
Numerical modeling of thermally-induced fractures in a large rock salt mass
D.T. Ngo (author) / F.L. Pellet (author)
2018
Article (Journal)
Electronic Resource
Unknown
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