🚢🌊 In our ongoing quest to design more efficient and eco-friendly ships, we're constantly seeking innovative methods to reduce resistance and optimize hull shapes. This week's blog introduces an exciting advanced approach that combines two powerful computational techniques: the unsteady Volume of Fluid (VOF) simulation for analyzing free-surface wave patterns, and the steady-state single-phase simulation using the adjoint method for surface sensitivity analysis and optimization. This hybrid method, utilizing Stages in Simcenter STAR-CCM+, enables precise hull shape optimization to minimize underwater drag and wave resistance. Dive into our blog to learn more! https://lnkd.in/d3ByPZ3R #volupe #simcenter #starccm #hulloptimization
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/kKq7k #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/lN4k4 #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/wdxjq #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/RZMnD #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/6KJE6 #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/dSLv6 #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/S0iqC #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/ZeR9H #CFD #Multiphase #DEM #Simcenter #Volupe
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In the Volupe blog post for this week, we look at the Particle wall-link model for DEM simulations in Simcenter STAR-CCM+. We use the fact that we can link a DEM phase to a moving wall. In the example below the rotating “paddle” is a DEM particle as well as the spheres that are cooled in the drum. This can be used for any shape of the DEM particles. https://oal.lu/UEtX9 #CFD #Multiphase #DEM #Simcenter #Volupe
