NASA Grants $750K to UTA for Research on Impact-Resistant Materials for Advanced Air Mobility
NASA is funding UT Arlington with $750,000 over three years to develop reusable, impact-resistant materials for next-generation aircraft. The research aims to improve safety for urban air taxis and electric vertical takeoff and landing vehicles during frequent landings and collisions. The project focuses on creating lattice metamaterials that absorb impact energy, ensuring they remain functional after multiple stress events. Collaborations involve UTA's mechanical and aerospace engineering department and external partners.
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NASA is investing $750,000 in a three-year project at UT Arlington to develop reusable, impact-resistant materials for advanced air mobility aircraft. The research targets safety challenges associated with frequent landings and collisions in urban environments.
Researchers are creating lattice metamaterials through additive manufacturing to absorb impact energy, maintaining structural integrity after multiple uses. The project combines computational modeling, manufacturing, and testing to evaluate material performance.
Collaborators include UTA's engineering department and the University of North Texas. The work aims to enhance safety as advanced aerial transportation technologies evolve.
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