ANSYS at the Expo
Visit us at Booth #701 at the Charlotte Convention Center
You've already solved your easy problems. Now, only the toughest challenges remain. But even the hardest problems can be solved using ANSYS engineering simulation solutions.
Count on ANSYS to design your turbo and power products with the highest levels of efficiency, reliability and durability — and the lowest emissions and noise levels — while reducing development time and costs. With ANSYS, you'll get your innovations to market faster than you ever thought possible.
Meet our experts to learn more about:
- State-of-the-art simulation technologies that support advances in sustainability, fuel cells, nuclear power, energy storage and turbomachinery
- Turbomachinery-specific design and modeling tools, including gas turbine combustion and rotordynamics
- Extensions to Transient Blade Row methods that improve productivity by 10 times or more and expand your investigative scope within design cycle constraints
- Enhancements to high-fidelity aeromechanics that give you better and faster insight into the mechanical reliability and durability of turbomachinery
ANSYS Customers Can Visit the Turbo Expo Exposition for Free. Open this invitation and register prior to June 2.
Exhibit Hall Stage Presentations
Conference Paper Presentations
Mode Shapes and Dominant Frequency Predictions in a Swirl
Stabilized Premixed Air-Methane
Combustor Using Modal
Eddy Simulation (LES)
Tushar Jadhav, Stefano Orsino, Saurabh Patwardhan
and Pravin Nakod, ANSYS, Inc.
Session: 4-23 Combustion Dynamics: Modeling I
Unsteady Flow in a Centrifugal Compressor Stage
Equipped with a Vaned Diffuser and Cavities
Christophe Corneloup & Dr. François Moyroud, GE Oil & Gas France
Dr. Mohand Younsi, & Dr. Antoine Baldacci, ANSYS, Inc.
Session: 46-7 Unsteady Flows in Centrifugal Compressors
A Hybrid Flamelet Generated Manifold Model For Modeling
Partially Premixed Turbulent Combustion Flames
Rakesh Yadav, Sandeep Jain, ANSYS Inc.
Ashoke De, I.I.T Kanpur
Session: 4-11 Combustion Modeling I