Category: Research
-
U-M Student Team Designs Lunar Cargo Robot for NASA’s BIG Idea Challenge
For the first time, an all U-M team competes in NASA challenge to benefit future Artemis missions
-
How Aerospace Researchers are Working to Ensure Your Future Holiday Travel Plans Go Undisrupted
Professor Max Li collaborates on $6 M NASA University Leadership Initiative
-
Kick-Off for the $35 M Space Power and Propulsion for Agility, Responsiveness and Resilience (SPAR) Institute Set for U-M’s Campus
Leaders for the Strategic Technical Institute for Power and Propulsion come together to discuss key aspects of new U-M led institute
-
110 Years of Course Evolution in Aerospace Engineering
A look back in time at the first aeronautic course offerings and how they have evolved
-
NASA AACES Initiative Calls on U-M and Electra.aero Partnership
NASA’s Advanced Aircraft Concepts for Environmental Sustainability (AACES) 2050 initiative aims to reduce carbon emissions
-
Biology Helping Electric Aviation Move Forward
Professor Venkat Viswanathan partners with Lawrence Berkeley National Laboratory in new battery research
-
Materials and Manufacturing for Extreme Environments Initiative
Michigan Engineering hosts its first meeting centered around developing solutions for manufacturing systems for extreme conditions
-
Making the Aviation System More Resilient So Your Next Flight Will Be on Time
Professor Max Li participating in a NASA funded ULI to reimagine what it means to have a resilient air transportation system
-
Benjamin Jorns Receives DURIP Award for Propulsion Research
Michigan Aerospace Professor Secures Defense Grant for New Equipment to Support Testing of Alternative Propellants for Next-generation in-space propulsion systems.
-
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
-
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…
-
High Altitude Balloon Eclipse
Students travel to Texas to take part in the National Eclipse Ballooning Project
-
Honoring a Legacy
Jim McDivitt Memorial Symposium gathers experts in space to reflect on our history and look toward the exciting future of space exploration
-
Last Farewell to Piotr Wolanski
Saying Goodbye to a Mentor and Collaborator of Rocket Science
-
Industry Experts and Electric Aviation
New professor of aerospace engineering brings together leaders and industry partners to discuss the future of aviation
-
PhD Student Joshua Eckels Awarded NASA Space Technology Graduate Research Fellowship
Eckels recognized for innovative space technology research with NASA funding