Ph.D. position in computational modeling of composites under extreme conditions

This project aims to elucidate the effects of high temperature on the initiation of cracks and the accumulation of damage in discontinuous fiber-reinforced polymer matrix composites (DFR-PMC). These composites are light and durable and are anticipated for high-temperature applications in aeronautical components such as nacelles, fan cases, or engine compressor stages. DFR-PMCs provide design flexibility in molding while reducing weight and cost, improving fuel efficiency and decreasing emissions.
The positions include a summer internship at the Air-Force Research Lab for the interested candidate. The ideal candidate will be proficient in solid, damage, and computational mechanics, with a strong interest in the mechanics and physics of composites. Coding experiences would be appreciated.