Przejdź do treści

Emissions & Thermal Management

Enter the summary here - no longer than 75 - 150 words. Use two paragraphs if the text is over 75 words. This is the full version of the summary text which will appear on the full version of the solution page.
Enter the summary here - no longer than 75 - 150 words. Use two paragraphs if the text is over 75 words. This is the full version of the summary text which will appear on the full version of the solution page.

Learn More

The gas turbine engine industry is under extraordinary pressure to improve performance and durability in their offerings to meet the demands of their commercial and defense customers. Additionally, there has been a shift in business model from purchase to lease where the maintenance is the responsibility of the engine maker.

While the current aero-engine programs are frantically working to increase monthly production and delivery rates, there are significant technological and architectural challenges yet to overcome. To meet these challenges requires significant innovation to improve engine efficiency all while reducing emissions. Achieving these goals will likely require new thermal-mechanical performance, combustion and emissions, structural and systems innovation.

Siemens PLM Software solutions provide a digital strategy leveraging multi-physics simulation allows organizations to improve hot section performance through improved combustor design and more efficient turbine blade cooling.

Możliwości rozwiązania

Explore the key areas of this solution.

Interested in [[global-preference-center-interest-placeholder]]?

Subscribe to [[global-preference-center-interest-placeholder]] updates

Oops

We're very sorry, but we weren't able to capture your submission. Please try again.

Thanks for signing up! First time subscribing? Be sure to check your email to confirm your subscription.