Ansysの数値流体力学（CFD）製品は、より適切で迅速な意思決定を必要とするエンジニア向けの製品です。当社のCFDシミュレーション製品は、優れた計算能力と正確な結果で実証され、高く評価されています。製品の性能と安全性を向上させながら、開発時間と労力を削減します。
高速で高精度なCFD
直感的でありながら非常に強力な数値流体力学ソフトウェアは、製品開発を加速します。Ansys CFD製品は、製品の最適化に対するプレッシャーが急速に高まり、許容誤差が急速に縮小する中で、イノベーションを通じて驚くべき進歩を遂げる可能性があります。業界で最も正確で信頼できるソルバーで構成されているため、結果に自信を持てます。内燃エンジンの効率を最大化したい場合でも、飛行中の着氷のシミュレーションを実行したい場合でも、Ansysには最適なツールがあります。最新のユーザーフレンドリーなAnsys CFD製品で、時間を最大限に活用し、生産性を向上できます。
We offer streamlined physics workflows to reduce time to accurate results, including battery conjugate heat transfer (CHT) simulations.
From ice accretion to combustion in a gas turbine, we have the CFD products to solve your problem accurately and efficiently.
Fluids Products
July 2024
What's New
The 2024 R2 release delivers significant enhancements that improve overall solver performance, increase end-user productivity, and improve workflows to meet the growing complexity of our customers’ CFD use cases.
Ansys Fluent
- Expanded Use Cases and Hardware Options for the Fluent GPU Solver: Support is now available to run the Fluent GPU solver on AMD GPU cards. New models and physics added to the solver include compressible flows, DO radiation, Adiabatic FGM models, anisotropic conductivity, and more.
- New Functionality within the Fluent Web User Interface: The Fluent Web Interface includes usability improvements, including a template for connecting to HPC, a multi-select context menu, multi-edit support, copy/paste within and across sections, grouping items in list view and outline tree, and much more.
- Aerospace Advancements: The Fluent Aero Workspace—a workspace that provides automated best practices for external aerodynamics studies—received substantial enhancements. The virtual blade model (VBM) is now compatible with the DBNS solver and Fluent Aero best practices. Parametric post-processing, automation for turbulence model selection based on the Reynolds number, and automated PUMA mesh adaption are available.
Ansys CFX and Turbo Tools
- For Ansys CFX, time decomposition greatly speeds up harmonic analysis, while domain interfaces with mixed fluid-fluid and fluid-solid connections simplify case setup, and dynamic variables provide a new way to aid the convergence of steady-state simulations.
- For TurboGrid, automated meshing for complex features intersecting periodics using hybrid meshing is available. Workbench lets you set TurboGrid components to “Run in Background,” and updates concurrently instead of sequentially.
- PyTurboGrid provides powerful meshing automation with Python
- BladeBuilder supports low-fidelity and high-fidelity geometry generation
Ansys Rocky
- Ansys Mechanical Coupling Enhancements include Mechanical two-way Structural Coupling, Automated Data Transfer Inside Workbench for static/transient analysis, and Rocky-Mechanical HTC (Heat Transfer Coefficient) data transfer
- Perform DEM / SPH simulations leveraging shell flexible particle assembly, transient point cloud support and importing translations and rotation motion profiles as a .csv/.xlsx, Energy Spectra calculations available for CGM cases
- Pre & Post Processing: Direct integration of Rocky with Ansys EnSight and IISPH (Implicit Incompressible Smooth Particle Hydrodynamics) new user interface under Rocky GUI
Ansysができること
Ansysができること
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