If you are interested in doing a PhD in fluid dynamics look no further...
Application deadline: 8th May 2024
Virtual Open Day: 16th April 2024
https://t.co/jxBrbXOEhk
https://t.co/Jy93tkUlrm
Upcoming LIFD colloquium 15th Nov 4-5.30pm at Leeds on the science of paper marbling - a seminar and workshop where you get to have a go at marbling! Email us at [email protected] to book your place.
By varying the solvent evaporation rate, we drastically change the topography of the chemically identical crystallised waxes, creating low-cost and adaptable hydrophobic coatings.
Check out the new paper here https://t.co/wNxEUrAs9q @FluidsLeeds@BraggRoyceLeeds
The chemical composition and surface topography determine the interfacial wetting behaviour of surfaces. In our new study, we explore how to vary the topography of identical wax coatings via solvent evaporation, creating tuneable regimes of sticky and slippery behaviour.
After attending #ismc2023 in Osaka, Japan, I have spent the last two weeks fabricating samples at Tohoku University. Thanks to @YabuLaboratory for hosting me and to @FluidsLeeds for the funding - looking forward to seeing where this new collaboration takes us!
As a collaboration with Khodaparast Lab@U. Leeds, UK, Mr. Francis Dent visited our lab and leaned how to fabricate honeycomb films these two weeks. Welcome and we hope our collaboration will go well!
An epic day one of #IngeniousAward activity with @NiftyFoxCreativ and @d_yellowlees.
Excited for day two — particularly props (what will come out of the labs?!) and bringing in our @northernballet 🩰 collaborators tomorrow.
Back to the School of Mechanical Engineering with Francis Dent: From inspiration to innovation: the design and fabrication of scalable biomimetic surfaces
New #openaccess article, Exploiting breath figure reversibility for in situ pattern modulation and hierarchical design led by Francis J. Dent @FJDent, David Harbottle, Nicholas J. Warren and Sepideh Khodaparast @SKFluidLab @FluidsLeeds https://t.co/sIJZB4eyI2
The breath figure method employs self-assembled #condensation droplets as dynamic templates for the #surfacepatterning of polymer films. By exploiting the reversibility of the phase change processes, we achieve in situ control towards generating diverse patterns.