Future of sustainable aviation
Ask Siemens anything about digital twins for sustainable aviation
Globally, aviation accounts for 4.9% of the CO2 and non-CO2 emissions. Industry is taking steps to reduce aircraft emissions and improve fuel efficiency in an effort to combat climate change but with twice as many air travelers expected by 2037, those efforts alone will not be enough.
It’s clear that bringing the aviation industry in line with UNFCCC and other sustainability goals will require commercial aircraft to transition to alternative energy sources such as biofuels and electric power. And this transition implies the complete redesign of multiple aircraft subsystems, up to and potentially including the airframe itself.
This webinar, hosted by OpenSystems Media, features an open question and answer session in which our Siemens aerospace experts field a variety of questions on the future of sustainable aviation and how digital twins are making it possible.
Development of climate-neutral aircraft
In moving from traditional to climate-neutral aviation, there are many challenges and risks that impact development processes. Our pioneers in carbon-free engineering answer questions about zero-carbon flight and discuss efforts in the development of climate-neutral aircraft. Topics discussed include new:
- Propulsion systems
- Energy vectors
- Aircraft configurations
Watch this Q&A session now to learn more.
Aircraft propulsion systems: how to choose
See why a model-based systems engineering approach helps drive the right selection of aircraft propulsion. Our experts discuss the performance of various options and the benefits of systems simulation to make decisions and mitigate risks.
Hydrogen jet engine
The panel shares research and findings of detailed hydrogen jet engine design and how to achieve engineering confidence as part of their review of the topic before the Q&A session begins. From strategies for replicating a jet engine’s power density in green propulsion systems to analysis of clean energy sources and their implications on aircraft design, tune in to hear our climate-neutral aircraft technology experts answer questions about what will propel air travel into 2050 and beyond.
Poznaj naszych ekspertów
Thierry Olbrechts
Dyrektor
Thierry Olbrechts graduated in 1993 from KU Leuven, Belgium. He joined Siemens in 1996. Since 2000, Thierry has been responsible for the Aerospace Simulation and Test business development, go-to-market and aerospace solutions strategies.
Erik Munktell
Kierownik ds. rozwiązań Simcenter do silników lotniczych
Erik zajmuje się turbinami gazowymi od 13 lat, na różnych stanowiskach w dziale badawczo-rozwojowym. Dołączył do firmy Siemens Digital Industries Software w 2018 r., a obecnie jest konsultantem branżowym ds. maszyn turbinowych w zespole ds. symulacji i testów.
Stéphane Mouvand
Aerospace Business Development Manager, Simcenter System Simulation
Stéphane joined Siemens in 2005 as a sales representative for major aerospace customers. Today, Stéphane leads aerospace and defense business development for Simcenter system simulation solutions.
Brandon Lewis
Embedded Computing Design
Moderator:
Brandon is a tech journalist and electronics marketer with more than a decade of experience covering the embedded sector. In his current role as Editor-in-Chief of Embedded Computing Design, he guides the publication's content strategy, editorial direction, and community engagement in fields from IoT and 5G networking to embedded processors and operating systems to AI and machine