Our research encompasses a broad range of fluid and thermal transport problems. Our graduate students have extensive experience in fabricating superhydrophobic surfaces, which are made up of microstructures with a characteristic size of 10 microns. On the other hand, some of our internal wave research seeks to understand fluid phenomena in the oceans with a characteristic size of several kilometers!
Read Full Story

Heat transfer through superhydrophobic surfaces to a flowing liquid is analyzed in this paper, to be featured at the ASME IMECE conference in San Diego, CA in November, 2013.
Read Full Story