Ignite performance: Optimizing gas turbine combustion and blade cooling
Take your combustion and cooling strategies to the next level.
Join our expert-led webinar as we dive deep into two critical areas transforming the aerospace and defense industry: Advanced gas turbine combustion modeling and innovative blade cooling techniques.
You'll discover how simulation capabilities are empowering engineers to optimize engine performance, efficiency and sustainability like never before.
Gas turbine combustion:
- Leverage combustor modeling to fine-tune temperature, emissions and thermoacoustic stability
- Explore innovative approaches for fuel flexibility, incorporating hydrogen, ammonia and sustainable aviation fuels (SAF)
- Harness GPU-accelerated flamelet models for exceptional combustion simulation speed and accuracy
Blade Cooling:
- Model internal and external flows to maximize cooling and blade durability
- Apply advanced aerodynamic coupling, internal cooling and material temperature analysis
- Leverage parallel GPU-native conjugate heat transfer (CHT) simulation for fast, precise result
Don't miss this opportunity to elevate your engine design and stay ahead of the curve. Reserve your spot today.
발표자 소개
Pavel Kolomiyets
Solution Consultant, Simcenter Americas 3D Fluids Center of Excellence
Pavel is a Solution Consultant with Siemens Digital Industries Software focusing on turbomachinery simulation applications. Pavel began his career with the CD-adapco Thermal/Structural services organization, working primarily on automotive and aerospace life prediction and processes automation. Pavel then joined the Siemens 3D Fluids COE where his focus is primarily on turbomachinery applications with Simcenter tools. He holds a BS in Mechanical Engineering from Stony Brook University in New York. Pavel is located in Orlando, FL.