CFD+DEM 2-Way Coupling (CUDA) : Numerical analysis of debris sedimentation | samadii/fluid

💦CFD+DEM (Computational Fluid Dynamics + Discrete Element Method) 2-way coupling is a powerful numerical approach for simulating the sedimentation of debris or particles in a fluid. This method combines the capabilities of CFD to model the fluid flow and DEM to simulate the motion of individual particles. 💧🧱 Numerical analysis of debris sedimentation involves using mathematical and computational methods to study the settling of solid particles or debris in a fluid medium, typically a liquid. This type of analysis is important in various fields, from environmental science, and civil engineering, to geology, as it helps understand sediment transport, deposition, and erosion processes. 🌊CFD+DEM 2-way coupling is computationally intensive, and specialized analysis offers a detailed insight into the interactions between particles and fluid, making it a valuable tool for studying complex sedimentation problems. 📽️Here's how you can perform a CFD+DEM 2-way coupling numerical analysis of debris sedimentation 👉 https://lnkd.in/gebGjYBa ✔️Water tank : D375, H720 ✔️Debris: 4mm, 7800kg/m^3 (SS), 138,178EA ✔️MPS particles : 365,190EA ✔️Nozzle diameter: 60mm ✔️2-way coupling of MPS (moving particle semi-implicit method) and DEM(discrete element method), (CFD+DEM) ✔️GPU: Nvidia GeForce RTX 3090 (CUDA v11.6). Get in touch with us to learn more▶support@metariver.kr #cfd #particles #lagrangian #mps #sedimentation #debris #simulation #cuda #cae #particle #flow #computationalfluiddynamics #metariver #fluidmechanics #fluiddynamics #multiphysics #flows #sph #debri #simulationsoftware #nvidia #fluidflow #couplings #cfddem #fluids #CFDEMcoupling #simulationmodeloftheday #bubblecolumn #gas #aerodynamics #software #mps #tank #watertank #water #nozzle #simulationfriday #쿠다 #메타리버테크놀러지 #시뮬레이션 #사마디