The simulation is performed at a pore-scale, in order to properly capture the crack phenomenon and its development along the structure. The response of the porous structure is then evaluated representing the geometry of the medium through an equivalent capillary model. The efficacy of this configuration is validated through the results obtained from the simulations; ultimately, a basic failure criterion based on the assumptions made is proposed.

Direct numerical simulation of the hydraulic fracturing of porous media

Placco, Luca
2021/2022

Abstract

The simulation is performed at a pore-scale, in order to properly capture the crack phenomenon and its development along the structure. The response of the porous structure is then evaluated representing the geometry of the medium through an equivalent capillary model. The efficacy of this configuration is validated through the results obtained from the simulations; ultimately, a basic failure criterion based on the assumptions made is proposed.
2021-02-26
DNS, hydraulic fracturing, porous media, immersed boundary, peridynamics, capillary model
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/23124