Flow Modeling Solutions for Turbomachinery
Turbomachinery design is driven by the need for improved performance and reliability. Computational fluid dynamics (CFD) can help you achieve these goals. Fluent's CFD software products provide the accuracy, turnaround time, and unique capabilities you need to improve the productivity of your design process.
G/Turbo is our software product that enables the rapid creation of FLUENT meshes for turbomachinery applications. Using the basic design definition of the blade airfoil sections and minimal user inputs, meshes for axial, radial or mixed flow machines are created in minutes. Find out more about G/Turbo.
- CFD Solutions for Turbomachinery Design (pdf)
- Focus on CFD in the Turbomachinery Industries (newsletter supplement)
- Request the Fluent Interactive Tour CD
New & Events
News
- Fluent CAD Connection Software Facilitates the Link between Design and Simulation
- New Preprocessing Releases Improve CAD Interoperability and Enhance Mesh Generation for Fluent Users
- Fluent Pioneers Rapid Flow Modeling for Design with FloWizard V2.1
- Best-in-Class Fluid-Structure Interaction (FSI) Analysis (pdf)
Events
- IACC, Jun 18-19 2007, Paris France,
International Aerospace CFD Conference
Congress Centre of La Villette - Cité des Sciences et de l'Industrie
Customer Testimonial
"We used FLUENT to model a Goulds pump running at its best efficiency point and at several off-design points. Animations created from sliding mesh models were particularly effective in illustrating separations and secondary flows that we knew were present but had no other practical way of visualizing. The animations and still graphics from FLUENT models became an integral part of an educational package designed to impress on engineers the importance of selecting a pump appropriately sized for a given operating point."
Customer Success Stories
- TENSOR - Compressors Benefit from the NASA Rotor37
- Hydro-Quebec Institute of Research - Simulation Creates Potential
$5 Million Revenue Gain from Hydropower Turbines - Darmstadt University of Technology - Horseshoe Cloud Cavitation