Direct pore-scale simulation of single- and two-phase flow through confined media (alpha-release / experimental)
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Updated
Dec 1, 2023 - C
Direct pore-scale simulation of single- and two-phase flow through confined media (alpha-release / experimental)
Simple coupled level set with volume of fraction (sCLSVOF) solver integrated with transport of species
FEM MATLAB framework for multiphysics problems in porous media
JutulDarcyRules: ChainRules extension to Jutul and JutulDarcy
In this repository, a procedure is implemented in MATLAB to study the two-phase flow in an evaporator cooling loop of a telecommunication satellite. The flow is modelled considering gravity, singular losses, and different models. We are then able to follow the evolution of the physical variables which characterize the system.
Two phase particle transport model simulating formation damage in porous media
velocity vector evaluation for bubble image
Modeling two-phase flow and transport in porous media using MATLAB.
Open-source one-dimensional thermal-hydraulic simulation platform for two-phase flow research.
Steady-state analysis of thermo-hydraulic systems involving mixtures of steam and water (Two-Phase Flow) in one dimensional, but still complex, geometries
Solves the fluid structure interaction (FSI) equations of motion for studying the nonlinear dynamics of flexible pipes conveying two-phase flows.
1D simulation of a two-phase thermal energy storage system using explicit and implicit methods
SPH Solver for Fluid Flow in porous media
2PJIT: Two-phase 3D Jet Instability Tool in Cylindrical Coordinates. to cite this Original Software Publication: https://www.sciencedirect.com/science/article/pii/S2352711022000206
cell centered FVM, specifically Multi-Point Flux Approximation, for incompressible two-phase flow equation
Predicting and mitigating N2O flashing in hybrid rocket feed systems.
Two-Phase Flow & Lubricant Contamination Mitigation in Compression Systems
A MATLAB finite-volume solver for single-phase pressure diffusion and fully implicit gas-water flow in heterogeneous porous media.
This study uses SPH-validated simulations to explore microbead dynamics under acoustic levitation and convective heat transfer. It highlights unique motion patterns from acoustic-convective interactions, offering insights into particle-fluid behavior in acoustically driven systems.
OpenSTREAM companion repository providing datasets, applications, validation cases, and workflows.
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