DEMIR Lab @ Lehigh University / Design and Engineering of Microswimmers for Interdisciplinary Research
Lehigh University
Joined August 2021
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Here is our new article on three-sphere-swimmer featured and Scilighted in Physics of Fluids!
@AIP_Publishing doi.org/10.1063/5.0163348
Congratulations to Evan Dare for representing @LehighMEM and @DEMIR_Lab in the David and Lorraine Freed Undergraduate Research Symposium, and for winning the Honorable Mention Award!
Special thanks to @LehighDISC for the UG research support grant!
I had a great day visiting @brownengin! Thank you all, Tom Powers, Jay Tang, Dan Harris @FluidDanamics, Mauro Rodriguez @moquetzacan , Jesse Ault, the team @WilhelmusProf Lab for the wonderful discussions, and Roberto Zenit @ZenitLab for inviting me! Let’s meet @LehighMEM next!
PhD Position open: We are looking for our new lab member! Scientific curiosity, and collegiality are top requirements! For the rest, please read the ad :)
Please help spread the word!
Check out this high-throughput microchip we designed and implemented! I thoroughly enjoyed this collaboration with @IEAraci and his team!
iopscience.iop.org/article/1…
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We are looking for our new colleague! Please help spread the word!
jobs.chronicle.com/job/37324…
Meet the undergraduate researchers of @DEMIR_Lab!
I look forward to reporting the accomplishments of this highly motivated team of researchers with diverse strengths and interests 😊@LehighMem @lehighengineers @LehighResearch
Numerical and analytical analysis show that the shape of the squirmer affects its swimming performance. Furthermore, enhanced swimming in shear-thinning fluids is observed with increased eccentricity (i.e. pointy squirmers are faster in shear-thinning fluids!).
