[HTML][HTML] Adaptive phase-field modelling of fracture propagation in poroelastic media using the scaled boundary finite element method
A scaled boundary finite element-based phase field formulation is proposed to model two-
dimensional fracture in saturated poroelastic media. The mechanical response of the …
dimensional fracture in saturated poroelastic media. The mechanical response of the …
Intra-element versus inter-element crack propagation: the numerical extensometer approach
DLNF Amorim, R Picón, CS Vieira… - Journal of the Brazilian …, 2024 - Springer
Numerical modeling of crack propagation is still a pressing issue in fracture mechanics. The
finite element method and its variations are usually used for this purpose. One of the …
finite element method and its variations are usually used for this purpose. One of the …
A hydromechanical FEM fracturing simulator under the leak-off phenomenon perspective
KTC Roseno, R Poli, PR Cleto… - Petroleum Science and …, 2023 - Taylor & Francis
Carter's model of fluid loss is used in the oil and gas industry performing the numerical
approach of leak-off. Its deduction applies some simplifying assumptions, such as the …
approach of leak-off. Its deduction applies some simplifying assumptions, such as the …
Efficient and Accurate Thermoporoelastic Fracture Simulation Based on Adaptive Multimeshing
REB Poli, KTC Roseno, RS Gioria… - ARMA US Rock …, 2022 - onepetro.org
An adaptative multimeshing algorithm is introduced to simulate hydraulic fracture
propagation considering temperature evolution in a petroleum reservoir. The methodology …
propagation considering temperature evolution in a petroleum reservoir. The methodology …