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Ansys, part of Synopsys at ASME Turbo Expo 2026

Booth #A36

Simulation for a Sustainable Future

Join us at Turbo Expo 2026 to discover how our simulation software, offering the most complete and accurate full gas turbine solution can take your sustainability efforts from idea to reality.

Date / Time:
June 15 - 19, 2026

Venue:
Allianz MiCo
Piazzale Carlo Magno, 1
20149 Milan – Italy

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The Future is Here: GPUs and AI for End-to-End Turbomachinery Design

With over 16 acquisitions in the past 22 years and a substantial R&D effort to expose new technologies and enhancements each year, Ansys is the industry-leading simulation solution for next-generation turbomachinery designs.

In 2026, we are advancing our cutting-edge technologies, including our AI/ML tools, GPU-based solvers, reduced-order models, and advanced optimization options, to help you address turbomachinery sustainability, reliability, and maintenance goals. Join us at our booth to learn about our latest technologies.

Ansys Technical Papers at ASME Turbo Expo 2026

Ansys Paper TitleAssociated ASME Turbo Expo SessionDateTime

Accelerating High-Fidelity CFD Analysis for High Pressure Turbine Stage Using Native GPU Solver

Presenter: Sunil Patil, Ansys part of Synopsys

34-02 High-fidelity CFD Methods for TurbinesTuesday, June 169:30 AM CEST

Large Eddy Simulation Approach for NOx and Unburnt Ammonia Emission Prediction for Gaseous Ammonia Combustion in a Non-Premixed Swirl Combustor

Presenter: Sourabh Srivastava, Ansys part of Synopsys

04-18 Ammonia EmissionsThursday, June 1810:30 AM CEST

Accelerating High Fidelity Analysis of Open-Test-Case Composite Fan Using Native GPU Solver and AI

Presenter: Sunil Patil, Ansys part of Synopsys

10-03 AI, Digital Methods & Simulation of FansTuesday, June 162:00 PM CEST

A 2-Step CFD Framework for Spray Combustion: Multiphase LES-Based Droplet Prediction Coupled with Detailed Chemistry

Presenter: Shaun Kim, Hanwha Aerospace

04-27 Combustion - Modeling VThursday, June 182:00 PM CEST

Benefits of Scale-Resolving Simulations for Blade Row Configurations

Presenter: George Klavaris, Ansys part of Synopsys

 34-09 High-fidelity CFD – GeneralThursday, June 189:30 AM CEST

Optimization of Film Cooling Simulation via Neural Network‑Based GEKO Turbulence Model Training

Presenter: Steven Xia, Ansys part of Synopsys

12-07 Advanced Numerical Methods for Film Cooling (I)Thursday, June 1810:30 AM CEST

Predictive Modeling of Nox Emissions in Lean Micromixer Combustors With Methane-Hydrogen Blends

Presenter: Samir Rida, GE Vernova

04-16 Hydrogen EmissionsMonday, June 158:30 AM CEST

Integration of Triply Periodic Minimal Surface Lattices in Pipes for Enhanced Steam Generation and Compactness

Presenter: Alejandro Moreno, University of Central Florida 

03-11 Sustainable Aviation Fuels (SAF), Biofuels, and Fuel FlexibilityThursday, June 189:30 AM CEST

Numerical Simulation of Altitude Effects on Turbofan Ice Crystal Ingestion Characteristics

Presenter: Guillaume Moula, Ansys part of Synopsys

33-06: Water and Icing in Gas Turbine EnginesFriday, June 1911:30 AM CEST

Thermal Analysis of Gas Turbine Combustor Liner With Integrated Ammonia Cracking

Presenter: Mairah Ahmed (University of Central Florida)

03-01 Ammonia as Fuel and Hydrogen Carrier – Combustion, Storage, and SafetyMonday, June 158:00 AM CEST

Efficient Turbulent Combustion Modeling for Industrial Applications with Native GPU Solver

Presenter: Rakesh Yadav, Ansys part of Synopsys

04-25 Combustion - Modeling IIIFriday, June 198:00 AM CEST

Workflow for Analyzing Tmf Crack Propagation in Displacement-Controlled Turbine Nozzle Vane Application Undergoing Stress Relaxation

Presenter: Jeff Bronson, Ansys part of Synopsys

25-04 Thermo-Mechanical FatigueFriday, June 1912:00 PM CEST

Comparing Harmonic Balance Method to Full Transient Solution for HPT Rotor Stage With Underplatform Damper

Presenter: Jeff Bronson, Ansys part of Synopsys

28 - 03: Forced Response of Engine ComponentsFriday, June 1910:30 AM CEST

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