Clean Aviation’s Post

[#Collaboration] As lead coordinator, Safran Aircraft Engines had the pleasure to host the final review meeting of the #CleanSky2 Engines Integrated Technology Demonstrator (ITD) on the 19-21 March 2024.   This collaborative journey started back in 2014, gathering 22 entities from industry, research organisation and universities across 12 European countries, with the overall objective to ⤵ ✔ Develop engine technologies ✔ Demonstrate increased fuel and energy efficiencies   A perfect opportunity for partners and reviewers to assess the invaluable technical progress made over the past decade across the range of aero engine architectures, from small reciprocating engines for small air transport applications to the most advanced gas turbine engines - either ducted or unducted - addressing the Short and Medium Range aircraft market.   Big congratulations to the whole consortium, #CAJU and reviewers for these achievements that paved the way for further projects in #CleanAviation !   Read more about the project ➡ https://lnkd.in/eVNwUeFa   The consortium: Safran | Rolls-Royce | MTU Aero Engines ­| Airbus Aircraft | Piaggio Aerospace | ITP Aero | GKN Aerospace Sweden AB | German Aerospace Center (DLR) | Avio Aero | GE Aerospace | ONERA - The French Aerospace Lab | Akira Technologies | University of Nottingham | NLR - Netherlands Aerospace Centre | Fraunhofer Institute for Production Technology IPT   Clean Aviation #H2020 #SustainableAviation #Innovation 

Safety First...But Can We Still Push Boundaries in Aerospace Manufacturing?   The aerospace industry prioritizes stringent qualifications in every manufacturing step. Rightfully so, since even a minor component failure can have catastrophic consequences.   But are these regulations a barrier to innovation? Not necessarily.   A collaborative project between sensXPERT and The National Institute for Aviation Research's (NIAR) Advanced Technologies Lab for Aerospace Systems (ATLAS) exemplifies this. Focused on optimizing aerospace composites manufacturing, it demonstrates how the industry can embrace new technology while striving for data-driven advancements within the framework of safety.   Read more about the project and data-driven composites manufacturing here: https://lnkd.in/dmdxEPHB   #aerospacemanufacturing #aviation #industry4.0 #sensXPERT #NIAR

A collaborative project between sensXPERT - Optimizing Plastics Manufacturing and NIAR’s Advanced Technologies Lab for Aerospace Systems (ATLAS) focuses on precisely tracking the curing behavior of pre-impregnated (prepreg) carbon fiber to achieve two primary objectives: 1. Evaluate the effectiveness of sensXPERT’s dielectric cure monitoring technology in comparison to traditional rheometers 2. Empower manufacturers with the data they need to optimize composite part production and gain certification approval for their composite parts. 

Altair has signed a memorandum of understanding (MoU) with the U.K.-based University of Nottingham (UoN Zero Carbon Cluster) for a #DigitalTwin project within the aerospace sector. The digital twin—set to be the first of its kind—will not merely be a technology demonstrator, but a fully-fledged solution the industry can use to rapidly design, validate, and test the electric propulsion systems of new aircraft or advanced air mobility (AAM) vehicles and/or to evaluate the retrofit of existing ones: https://bit.ly/3LzcYlF #OnlyForward

➡ https://lnkd.in/euSmSqeX How is simulation applied in aircraft body engineering? LAUAK GROUPE is a tier one aerospace supplier to OEMs such as Airbus, Dassault Aviation, Bombardier and more ✈! Jérémy Pion, the Head of Technical Services at LAUAK, describes the importance of simulation for both product and process design, and quantifies the significant savings gained 📈. #simulation #digitalengineering #digitaltransformation #tooling #aerospace

In the last decade, more attention has been paid to the design of greener aero engines. One of the goals of Avio Aero is to reduce the impact of jet engines and thus contribute to re-build a greener world. To achieve this important objective, aeronautical companies are working to design newer key components leveraging advanced simulation processes that are powered with the ultimate #HPC technology permit to produce more precise and reliable results. The ACROSS project gives to Avio Aero and partners the opportunity to exploit the most advanced technology in the HPC area and, thanks to it, overcome the limitation of the current design process bringing more accurate simulation. https://lnkd.in/dWHX9qgn

Aerospace Technology Leaders Call for Expanding Research on Non-CO2 Emissions The chief technology officers of Airbus, Boeing, Dassault, GE Aerospace, Rolls-Royce, RTX and Safran convened at the Farnborough Airshow to advocate for government research programs that enhance the scientific understanding of aviation non-CO2 effects such as contrails, nitrogen oxides (NOx), sulfur, aerosols and soot. As the industry actively works to improve the understanding of non-CO2 emissions in collaboration with research institutions, universities and other stakeholders, the coalition released a joint statement in a unified call for increased research funding to develop the science needed to underpin technology choices, operational changes and policy decisions. MyGov India Airbus Aircraft Boeing Rolls-Royce Motor Cars RTX GE Aerospace Safran Mirabilia Business Magazine #aviation #mirabiliabusinessmagazine

#AerospaceInnovation: GE Aerospace's $16M Leap into Precision Engineering GE Aerospace is charting a new course in the aerospace industry with a $16 million investment in its Greenville facility, focusing on high-precision equipment for aircraft engine production. This strategic move is more than an investment; it's a commitment to redefine the future of flight. Strategic Impact: ✈️ Strengthening Production Capabilities: With advanced machines and tooling, GE Aerospace is set to meet the surging demand for both narrowbody and widebody aircraft engines, enhancing its production capacity and quality. ✈️ Competitive Edge: This investment places GE Aerospace at the forefront of aerospace innovation, aligning with the industry's drive towards precision engineering and setting new benchmarks for manufacturing excellence. Technological Advances: Propelling the Future of Flight: The focus on precision equipment heralds a transformative era in aircraft engine manufacturing, driving efficiency, innovation, and safety in the aerospace sector. Investor Insights: 💹 Growth Potential: GE Aerospace's strategic investments signal robust long-term growth in the aerospace market, presenting attractive opportunities for investors. 💹 Resilience Through Innovation: The company's dedication to technological advancement positions it as a resilient and appealing investment option in a competitive landscape. As GE Aerospace elevates its capabilities, it not only underscores its commitment to excellence but also solidifies its role as a key player in shaping the technological landscape of the aerospace industry. For investors and industry watchers, this marks a pivotal moment to engage with a company poised for soaring success. For more insights into the aerospace sector's evolving dynamics, follow Market Unwinded - Your compass for strategic market navigation. Dive deeper into this strategic development: https://lnkd.in/g6ig4BAS #GEAerospace #PrecisionEngineering #AerospaceIndustry #StrategicInvestment #MarketUnwinded #InvestmentOpportunities #TechnologyAdvancement #ManufacturingExcellence

Explore how Honeywell Aerospace is shaping the future of aviation with the help of Ansys simulation technology. Learn about their journey in digital engineering transformation and how Ansys tools have significantly reduced their engine design cycle time by over 30%. Watch now to see how Honeywell and Ansys are propelling the aviation industry into the future!