Faster simulation speed with Ansys Fluent can mean lower costs for your design and development efforts in the area of computational fluid dynamics. See results of Ansys LS-DYNA simulations using Ansys Benchmark applications: Combustor 71M, Open Racecar 280M, F1 Racecar 140M, Combustor 12M, and more.
The server you choose for your engineering simulation projects can greatly affect the speed of simulation, with the processor and cache technologies playing a large role in the acceleration process. Faster simulation speed with Ansys Fluent can mean lower costs for your design and development efforts in the area of computational fluid dynamics.
In this Performance Brief, we present the results of Ansys Fluent simulations using the following Ansys Benchmark applications: Combustor 71M, Open Racecar 280M, F1 Racecar 140M, Combustor 12M, Exhaust System 33M, Landing Gear 25M, Ice 2M, Lm6000 16M, Aircraft 14M, Oil Rig 7M, Fluidized Bed 2M, Pump 2M, Rotor 3M, Sedan 4M, and Aircraft 2M. These applications represent typical usage and cover a range of sizes and physical models.
The results reveal that you can increase your simulation speed by greater than 2x using the 4th Gen AMD EPYC Processors with AMD 3D V-Cache technology versus a competitive product.
Learn how you can accelerate simulations and reduce costs by reading the Performance Brief for Ansys Fluent.
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