Tag: BLiSS
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Miguel Castroviejo Fernandez Announced as 2024 FXB Fellowship Awardee
PhD student awarded one of Michigan Aerospace’s most prestigious fellowships
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University of Michigan Professors Highlighted in AIAA Aerospace Year in Review
Dr. Anthony Waas, Avin Vijay and their team featured in 2023 Aerospace America Year in Review Article
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Igniting Engines
Michigan Aerospace Seniors Develop and Test Methane-Oxygen Torch Igniter for future MASA Rockets
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MDO Lab Team Wins Best Paper for Pioneering Turbofan Engine Design Optimization
AIAA awards the team of researchers with the 2023 Multidisciplinary Design Optimization Best Paper award
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Four University of Michigan Students Awarded Aviation Week Network’s 20 Twenties Winners
Michigan Aerospace students Maria Reitz, José Luiz Vargas de Mendonça and Sophia Papp along with IOE student Nick Tran announced as winners for class of 2024
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Carlos Cesnik Honored with AIAA Structures, Structural Dynamics, and Materials (SDM) Award
Michigan Aerospace Engineering Chair receives prestigious award at 2024 SciTech Conference
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Packard Fellowship Winner is Changing the Way We Think About Flight
How UM alumni Christina Harvey is planning to use her BIRD lab to explore maneuverability in aircraft design
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Oliver Jia-Richards and University of New South Wales published in AIAA’s Journal of Propulsion and Power
“Iodine Electric Propulsion System Thrust Validation: From Numerical Modeling to In-Space Testing”
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U-M Aerospace Professor featured in report from National Academies of Science, Engineering, and Medicine
Professor Karthik Duraisamy served as a panelist discussing the use of digital twins in engineering.
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The Possibility of Guilt-free Flying
Professor Gökçin Çınar discusses the ability for sustainable aviation fuels to guide us into the future of air travel in CNN article
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Aircraft Design – Critical Design Review (CDR) Poster Session
FXB busy with hard working students eager to show off their work
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Detonation-based device for novel propulsion applications
Combustors that drive propulsion systems are often volumetric in nature, typically in the form of cylinders, and convert chemical to thermal and mechanical energy through oxidation of fuels. This deflagrating combustion approach is now beginning to be challenged by detonation-based combustion that utilizes shock waves to accelerate the oxidation of fuel-air mixture. This technology, originally…