Invited Talk

Advanced electronic systems require new materials to allow for efficient thermal management due to the increases in power density from smaller, denser, and more powerful computing. Electric vehicles, power electronics, advanced driver assistance safety features, AI and high-performance computing, and many other electronic modules require thermal interface materials to maintain peak performance in demanding environments. Thermal interface materials (TIM) are complex composite systems comprised of polymeric and inorganic fillers that provide the matrix for mechanical performance and heat transfer respectively. This talk with describe the engineering design of these complex systems and a case study for material development for automotive battery applications.