A new 3-D multi-physics coupling model for lubricated piston-liner systems
In this paper, a new 3-D multi-physics coupling model is proposed for lubricated piston-liner
systems. The sub-models for mixed lubrication, spatial multibody dynamics, and heat …
systems. The sub-models for mixed lubrication, spatial multibody dynamics, and heat …
Review on the impact of fluid inertia effect on hydraulic fracturing and controlling factors in porous and fractured media
E Edirisinghe, MSA Perera - Acta Geotechnica, 2024 - Springer
The impact of fluid inertia on fracture flow dynamics, particularly under high-velocity
conditions, has emerged as a critical consideration in petroleum engineering and related …
conditions, has emerged as a critical consideration in petroleum engineering and related …
An enriched mixed finite element model for the simulation of microseismic and acoustic emissions in fractured porous media with multi‐phase flow and thermal …
M Komijani, P Wriggers… - International Journal for …, 2023 - Wiley Online Library
A novel mixed enriched finite element model is developed for coupled non‐linear thermo‐
hydro‐mechanical simulation of fractured porous media with three‐phase flow and thermal …
hydro‐mechanical simulation of fractured porous media with three‐phase flow and thermal …
Thermodynamically consistent non-local damage formulation for fluid-driven fracture in poro-viscoelastic media
We present a novel non-local integral-type damage formulation for hydraulic fracture of poro-
viscoelastic media under the framework of irreversible thermodynamics. The poro …
viscoelastic media under the framework of irreversible thermodynamics. The poro …
Enriched immersed boundary method (EIBM) for interface-coupled multi-physics and applications to convective conjugate heat transfer
It is challenging to develop numerical methods that simultaneously maintain accuracy of
resolving boundary conditions and mesh flexibility to handle the interface in interface …
resolving boundary conditions and mesh flexibility to handle the interface in interface …
Poromechanical cohesive interface element with combined Mode I-II cohesive zone elastoplasticity for simulating fracture in fluid-saturated porous media
Abstract A combined Mode I-II cohesive zone (CZ) elasto-plastic constitutive model, and a
two-dimensional (2D) cohesive interface element (CIE) are formulated and implemented at …
two-dimensional (2D) cohesive interface element (CIE) are formulated and implemented at …
Resonances of fluid‐filled cracks with complex geometry and application to very long period (VLP) seismic signals at Mayotte submarine volcano
C Liang, J Peng, JP Ampuero… - Journal of Geophysical …, 2024 - Wiley Online Library
Fluid‐filled cracks sustain a slow guided wave (Krauklis wave or crack wave) whose
resonant frequencies are widely used for interpreting long period (LP) and very long period …
resonant frequencies are widely used for interpreting long period (LP) and very long period …
Krauklis wave propagation within a complex fracture system: Modeling via a two-dimensional time-harmonic boundary element method
S Nakagawa - The Journal of the Acoustical Society of America, 2024 - pubs.aip.org
Fluid-filled fractures involving kinks and branches result in complex interactions between
Krauklis waves—highly dispersive and attenuating pressure waves within the fracture—and …
Krauklis waves—highly dispersive and attenuating pressure waves within the fracture—and …
Characterizing hydraulic fractures using the transient pressure surge effect
It has been demonstrated in both numerical modeling and lab experiments that a fluid-filled
fracture can be a subsurface pressure amplifier to a weak driving force such as an incident …
fracture can be a subsurface pressure amplifier to a weak driving force such as an incident …