Our goal is to conduct innovative research in analyzing and understanding transport phenomena through a blend of experimental, theoretical, and computational approaches, with a special focus on the application of complex fluids in advanced manufacturing. Our interest lies in developing groundbreaking numerical and experimental techniques to decipher microscale flow phenomena involving complex interactions at liquid/gas interfaces and among particles, pivotal in the production of batteries, fuel cells, and optical films.
By gaining a deep understanding of these intricate phenomena, we are dedicated to crafting novel processes that leverage the unique properties of complex fluids. This endeavor is not just about enhancing the efficiency and effectiveness of high-performance film production; it’s about redefining manufacturing processes for key energy storage and generation devices. Our aim is to pave the way for next-generation manufacturing techniques that are at the forefront of innovation in the use of complex fluids, thereby setting new standards for the production of batteries, fuel cells, and optical films with enhanced performance and sustainability.