State-of-the-art solver accurately captures interrelated physics

Finite element analysis (FEA) is a powerful analysis technology that has been commercially available for over 30 years for determining individual product characteristics. FEA is typically used to predict how a part or system responds to the effects of a single physical phenomenon, such as structural deformation due to a mechanical load, or temperature profile due to heat transfer. Commercial FEA and related numerical analysis methods have evolved to address the analysis of many other physical phenomena such as fluid flow, acoustics, and electromagnetics.

Solve your meshing challenges with ANSYS.
ANSYS Solves

The ANSYS Meshing solution offers a unified yet multi-faceted approach to provide best-in-class tools to generate, manipulate and control the mesh model. Plus, you can maintain and share data by using the ANSYS Workbench^TM as a common architecture for all ANSYS Meshing tools. With Workbench’s easy-to-use architecture, you can bring simulation to the front-end in the design process enabling CAD users to see the results and refine design in the early development stages.

• Mesh large models faster
• Create high quality pure hex mesh or mixed hybrid meshes
• Capture critical regions with built-in local refinement
• Control your mesh model

Learn more about ANSYS Meshing solutions at www.ansys.com/meshing9 or call 1.866.267.9724.

Meeting the challenge of accurately representing particulate-laden fluid flow

Many fluid flows involve the transport of particulates. These can be solid particles in a gas or liquid, liquid drops in a gas or gas bubbles in a liquid. Examples of fluid flows involving particulates include water–sand mixtures where erosion is of interest, water spray into an air stream, oil droplet injection in a combustion chamber and coal particulates burning in an air mixture. Depending on the size of the particles, this type of flow can be modeled as a single-phase multi-component flow, as a multiphase flow or using the CFX Particle Transport Model feature. Throughout this article, the word “particles” will be used as a generic terminology for bubbles, drops or solid particles in such environments involving fluid flow of solid particulates.

Seminars
Seminars featuring ANSYS products are held frequently around the world.  Join us or check for a location near you.

Meshing Solutions Demo Room

Want to see 'Real-Time' demonstrations of our latest 'State of the art' meshing technology. 

Meshing Solutions for CFD and FEA Here!

Contact Us
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Researchers Keep Blood Flowing in Cardiac Pumps Designed With CFD

Out and About
ANSYS representatives will be at the following events. Please look for us!

SAE 2005 World Congress
April 11-14, 2005
Detroit, MI, USA