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🔍 Feature Spotlight: VoF-IBM Contact Angle Model with cfdemSolverInterIB 🔍 In our latest CFDEM®coupling 6.4.0 release, we’ve enhanced VoF-IBM (Volume of Fluid-Immersed Boundary Method) by adding a contact angle model at immersed boundary (IB) surfaces! This new feature makes it possible to simulate realistic liquid-solid interactions, allowing users to model precise contact angles at particle surfaces. Combined with our cfdemSolverInterIB, this addition significantly improves accuracy in scenarios where fluid-particle interactions drive particle movement. 🌊 Showcase: We’re excited to demonstrate the impact of this feature in a drainage simulation of water through a packed bed of spheres. Here, particles respond to changing buoyancy forces, moving realistically as the water drains, illustrating the value of accurate fluid-particle interaction modeling. Follow along for more insights into our latest features! Reach out with questions or visit https://lnkd.in/dPbw_CTT for more details. #CFDEM #Aspherix #Innovation #particlesimulation #simulationsoftware #CFDEMcoupling #VoFIBM #contactanglemodel #fluidparticlesimulation #cfdemSolverInterIB #CFD #DEM #coupledsimulations #discreteelementmethod #release

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