Projects related to fluid mechanics, thermodynamics and heat transfer, control theory and fusion are currently underway. One cluster focuses on parallel computing in computational fluid dynamics. Their goal is developing new algorithms for massively parallel computing of fluid dynamics phenomena which utilize experts or knowledge-based systems to improve effiency and accuracy. Their research involves calculations necessary to aircraft aerodynamic design to minimize drag. Another research cluster models black hole collisions to describe the gravitational waves emanating from them when they interact. Additionally, a research cluster investigates effects of scattering and radiation of sound waves on submerged bodies. Their research could lead to development of U.S. Naval software for submarine design.
TICAM features excellent facilities for joint work between graduate students and CAM faculty. This includes student offices, highperformance work stations, network connections to supercomputers, technical journals, and conference rooms. Students working with CAM faculty involved in institute programs are designated TICAM members and have access to TTCAM facilities.