These include advanced tools for engineering simulations and design, methods for structural analysis and optimization of structural components, and computational tools for design of materials used in structural thermal systems. Activities are also aimed at developing new models for chemical kinetics and reactions, combustion, and solidification processes. Applications of the research range form automotive-related work to polymer process molding. Modern composite and intelligent technologies are employed, and the use of recycled materials and wood fibers in concrete are emphasized. Current projects include both active control and modeling of mechanical systems.
Researchers evaluate aging, thermal fatigue, mechanical fatigue, and creep on solders.
Their goal is to obtain optimal service performance through microstructural characterization and microstructural engineering of composite solders. These systems arise in many applications, including robotics, aircraft control, and electric machines. Thermal Engineering Laboratory was established to facilitate the study of heat transfer as it relates to energy transport augmentation and control, and energy utilization. Research also focuses on the use of alternate refrigerants, new heat exchanger designs, and on energy consumption in automotive manufacturing processes such as soldering. Researchers from the United States as well as China, Germany, France, and Italy have collaborated on joint research efforts.