In collaboration with Dr. Jinde Zhang from UMass Lowell, Dr. Ling received a new award of $75,000 from MassCEC Catalyst Program. Dr. Ling serves as co-PI on this project entitled: “High-rate Manufacturing of Super-Hydrophobic Surface for Reducing Fuel Cost in Marine Transportation”. Congratulations!
Alexander Asare and Umang Panchal joined FITs lab in 09/2025. Both are enrolled in the MS program in Mechanical Engineering. Welcome!
A new paper entitled: “Effect of Surfactant on Bubble Formation on Superhydrophobic Surface in Quasi-Static Regime” was published in Biomimetics. This work was supported by by National Science Foundation grant number 2041479 and 2339606, the University of Massachusetts OTCV Technology Development Fund, and the University of Massachusetts Dartmouth Internal Seed Fund.
Our new paper entitled: “Effects of Reynolds number and texture dimensions on plastron stability of superhydrophobic surface with transverse grooves in turbulent flows” was published in Physics of Fluids. This paper was featured as Editor’s Picks and was funded by NSF. Well done, Shabnam and Foram!
James Bonnell and John Ready, two undergraduate students from FITs Lab, presented their undergraduate research at MassURC conference at UMass Amherst.
FITs lab received the 2025 Internal SEED award ($25000) from UMass Dartmouth for the research project: “Understanding Bubble Formation on Complex Solid-Liquid Interface through a Combination of Experimental and Computational Studies”. Dr. Mehdi Raessi is the co-PI.
Check out of our new publication in Biomimetics on the topic of longevity of superhydrophobic surface due to gas diffusion. We found the longevity of superhydrophobic surface can be extended by using a gas-soluble and gas-permeable material such as Polydimethylsiloxane (PDMS).
Check out of our new publication in Droplet on the topic of bubble formation on superhydrophobic surface. We discussed the effect of gas flow rate on bubble formation and detached bubble size.
Dillon’s poster on the topic: “Understanding Bubble Formation on Porous Superhydrophobic Surfaces” won the 3rd place in Overall score in ASME IMECE NSF Student Poster Competition.
Isaac’s poster on the topic: “Understanding the Pinch-Off of a Bubble on Superhydrophobic Surfaces” won the 1st place in Peer Choice Award in ASME IMECE NSF Student Poster Competition.
Both Dillon and Isaac’s work were supported by NSF-REU site program led by Dr. Vijaya Chalivendra. Congratulations!
The FITs lab made 3 presentations at the 2024 APS DFD meeting at Salt Lake city.
