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Hello, we are actually using Abaqus

@@ena2innovativeconsultingin281 can i do this in Ansys mechanical ??

Hi Ronald, Thank you for your comment if you have any questions don't hesitate to contact us!

Hi is Ansys Fluent

@@ena2innovativeconsultingin281 Thanks

Hi Abedeen, so the difference is that XFlow is a good program for high-fidelity CFD. Using Lattice-Boltzmann technology, XFlow will allow the engineer to solve complex problems involving high-frequency transient simulations with real moving geometries, multiphase flows, free-surface flows, and fluid-structure interactions. A prominent feature of XFlow is its automatic lattice generation- which minimizes user inputs, leading to reduced effort in the meshing and pre-processing phases. This allows users to place their focus on design iteration and optimization, rather than simulation setup. and PowerFLOW was developed with the automotive and aerospace industries in mind, leveraging Dassault's Lattice-Boltzmann-based physics to perform simulations that accurately predict real-world conditions. The software performs aerodynamic, aeroacoustic, and thermal simulations with accuracy and efficiency.

Hello, Jimmy, could you please send us an email to our website asking for the slide.

FMK is a very good program for designers. You can run a simulation, update your geometry in SolidWorks based on the results, and those changes will automatically update in FMK. Then, you can run another simulation on the new model. Because of this, designers are able to iterate very quickly, leading to a more optimized design. XFlow is a good program for high-fidelity CFD. Using Lattice-Boltzmann technology, XFlow will allow the engineer to solve complex problems involving high-frequency transient simulations with real moving geometries, multiphase flows, free-surface flows, and fluid-structure interactions. A prominent feature of XFlow is its automatic lattice generation- which minimizes user inputs, leading to reduced effort in the meshing and pre-processing phases. This allows users to place their focus on design iteration and optimization, rather than simulation setup. PowerFLOW was developed with the automotive and aerospace industries in mind, leveraging Dassault's Lattice-Boltzmann-based physics to perform simulations that accurately predict real-world conditions. The software performs aerodynamic, aeroacoustic, and thermal simulations with accuracy and efficiency.