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Learn how high-fidelity, full-annular LES reveals the real impact of exhaust gas recirculation (EGR) on flame stability, emissions, and combustion dynamics in industrial gas turbines—helping you design more stable, carbon-capture-ready systems with confidence.
Live Webinar: High-Fidelity LES of EGR-Driven Combustion in Industrial Gas Turbines
What You'll Learn:
- How increasing EGR changes flame structure, mixing, and unsteadiness in a dry low-NOx industrial gas turbine combustor
- Why higher CO₂ dilution can trigger combustion instability and pressure oscillations
- Key differences between sector and full-annular LES
- How circumferential instability modes emerge only in full-domain simulations
- How simulation results compare with experimental observations
Why Attend:
- Gain practical insight into EGR tradeoffs for industrial gas turbines
- See how high-fidelity simulations with Fidelity CFD support carbon-capture-ready designs
- Understand when simplified models are sufficient—and when they are not
- Learn from a real industrial combustor, not an idealized test case
Evolve your approach to IC package design and analysis!
Missed the Live Session?
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