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Ansys Fluent® is used in the product development design process by many companies around the world. It has a variety of physical models such as flow to solve various engineering problems, turbulence, heat transfer, mixture stream, and chemical reactions, and its application range is from the air flow around the aircraft to the furnace in the furnace. It is widely crossed, including a foam tower, a petroleum drilling platform, a blood flow, a semiconductor manufacturing process, a clean room design, and a sewage treatment plant. There are also special models for handling fluid noise, rotating devices, and multi -fieldics problems. ■ Efficient and flexible workflow Ansys Fluent is completely integrated into the Ansys® Workbench ™ environment. Ansys Workbench is a platform designed for efficient and flexible workflows, coordination with CAD, modeling of shape modeling and meshing. The built -in parameter manager makes it easier to explore multiple design options quickly. ■ Simulation environment for multi -physical Fluid-structural comparison (FSI), fluid-electromagnetic field comparison, electromagnetic fields-structural compilation, and more deeply insights of intuition, which are often intuitive. Ansys Fluent is completely integrated with Ansys Workbench and has realized other simulation technology, such as Ansys Mechanical ™, ANSYS HFSS®, and ANSYS MAXWELL®. ■ Analyze complex models with "confidence" Ansys Fluent allows you to simulate the extremely advanced physical phenomena of mixture, chemical reactions, and combustion. It can be easily modeled even with complicated viscosity and turbulence, internal style, external flow, and heat transmission that takes into account the noise induced by the flow. ■ Fast speed by high performance computing (HPC) Ansys Fluent will quickly provide CFD simulation solutions by using HPC so that engineers and designers can make better decisions in the design cycle. Ansys HPC achieves linear scalability on systems that use more than 100,000 processors, but HPC has more than just the number of core. ■ Functional ・ 3D / 2D (plane, axis target, axis target+swirl consideration) ・ Statate / Incurable ・ From the sub -speed to the extreme (Solver type: pressure base separation & compounding, density base) ・ Ryu-Ryu (Spalart-Allmaras, K-ε, K-ω, transition model, RSM, SAS, des, Les) ・ Newton fluid, non -Newton fluid ・ Thermal conductive, heat radiation ・ Heat radiation, joule fever (Electric Potential Solver) ・ Porous media (pressure loss model, heat transmission model, chemical species diffusion, penetration model) ・ Mixed phase rhyme (Euler Model: EULER model, MIXTURE model, VOF model, Ouler liquid membrane model) ・ Mixed phase stream (Lagrange mixed phase rhinoceros: DPM, DEM, DDPM, MPM) ・ Cavitation (vapor / gastruality), evaporation / condensation, wall boiling, solidification / melting, erotic ・ Chemical reaction ・ Combustion (layer-finited reaction speed, whirlpool extinguish, detailed reaction, surface reaction, spread combustion, prominal combustion, partial mixed combustion, pdf transport, particle surface reaction, NOX, SOX, SOOT, CHEMKIN-CFD link ) ・ Electric chemical reaction (Electric Potential Solver), electromagnetic fluid (Magnetohydrodynamics) ・ Fluid noise (CAA, acoustic analysis collaboration, FW-H, wide area sound source model) ・ Sliding mesh ・ Moving deformation mesh (smoothing, rimeshing: 3D / 2.5D / 2D, layering) ・ Heavy passing (overset mesh) ・ 6 Rigid movements of freedom, aging solver, fiber module, battery module, FC module
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The next CFD solution integrated thermal fluid analysis solution Ansys fluids with a step aheadHandling Company
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