Harmonizing Sound and Lasers with Liquids: A Novel Approach to Develop Next-Generation Digitally Manufactured Thermal-Environmental Barrier Ceramics for Next-Generation Green Hydrogen- and Ammonia-Powered Propulsion (SOLACE).

Description of the granted funding

Embark on a groundbreaking journey into the future of manufacturing! We're delving into hydrogen- and ammonia-powered engines for space, aerospace, and beyond. While green fuels promise sustainability, the challenge lies in combatting moisture during combustion that threatens engine performance. Enter our hero: Thermal Environmental Barrier Coatings (TEBCs), acting as superhero armor for futuristic engines. Envision a symphony of coatings—Bond, Environmental, and Thermal—safeguarding against extreme environments. The catch? Current TEBC methods hinder progress. Our mission is clear: Introduce a revolutionary digital manufacturing or 3D printing and advnaced thermal spray coating approach for unprecedented precision at the submicron scale. Join us in reshaping the future of thermal and environmental barrier coatings, propelling green fuel-powered engines towards a sustainable future! #Innovation #GreenTech
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Starting year

2024

End year

2028

Granted funding

Ashish Ganvir Orcid -palvelun logo
765 789 €

Funder

Research Council of Finland

Funding instrument

Academy research fellows

Decision maker

Scientific Council for Natural Sciences and Engineering
13.06.2024

Other information

Funding decision number

360540

Fields of science

Mechanical engineering

Research fields

Kone- ja valmistustekniikka

Identified topics

machines, power engines