Zhaohe Dai
@ZhaoheDAssistant Professor at Peking University before at least 2027 - the year of pass or go home.
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One of the most common criticisms of our social media films, other than 'I hate maths', is 'no offence bru, but what use is this?' Sometimes the answer is 'none whatsoever', but in this case it does at least allow grown-ups to play with their toys.
Gravity paradox?
At small scales gravity shouldn't matter - these protein drops, however, start off spherical but change shape as they evaporate depending on the direction of (weak) gravity. Find out more at: go.aps.org/3IEpwXF
Curious about parent-satellite bubbles formed by exfoliated graphene? Should they be modeled by FvK plate theory or membrane theory? Is the interface Griffith type or cohesive zone type? When does continuum mechanics break down? Check out our JMPS paper: authors.elsevier.com/a/1gps0_WmNpkow
I’ll give a 15-minute talk titled “E-Tattoos and E-Skins Bridging Humans and Robots” at @TEDxUTAustin on Saturday, 2/25. The full event is 9am-3pm comprising a wide range of talks and performances. Come join us.
Catch @CockrellSchool ASE/EM Prof. @nanshulu at @TEDxUTAustin 2023: How & Why on Sat, Feb. 25 at the LBJ Auditorium where she will discuss her work on bio-integrated electronics, including recent developments on e-tattoos. Discounted tickets for students! tedxutaustin.com/howandwhy
Embedding maths was an important part of the design of the Andrew Wiles Building, home to Oxford Mathematics. The mathematical crown jewel, or rather crown tiles, is the Penrose Paving at the entrance. Here is a glimpse of its construction. Full video: youtube.com/watch?v=tlANqf…
Our work on peeling by pulling nanoflakes is finally out. It starts with a discussion with a collaborator @PKU1898 last year during my three-week quarantine in Shanghai (hard time). Glad that it also makes a cover #MyACSCover pubs.acs.org/doi/10.1021/ac…
Have you ever looked closely at your chocolate mould? It can be served as a shape-morphing structure with multistability and reprogrammability. Interesting? Check our new paper: Snap-induced morphing: From a single bistable shell to the origin of s... sciencedirect.com/science/articl…
Our paper with Dominic Vella @MathObservatory on the statics and dynamics of droplets on lubricated surfaces is out in Phys. Rev. Fluids (doi.org/10.1103/PhysRe…). Learned a lot by working on this project - thank you Dominic and thank @MSCActions for giving me the opportunity.
May is #AAPIHeritageMonth Very proud to be an Asian female in Engineering!
As we celebrate #AAPIHeritageMonth, we showcase Asian American and Pacific Islander scientists and engineers, such as Nanshu Lu (@UTAustin), who is using #nanotechnology to design wear-and-forgettable #biosensors that can monitor a person’s #health: youtu.be/MxJGRYtUviI.
Thanks @EmlWebinar and Prof. John Rogers for hosting my webinar! Looking forward to having a vibrant panel discussion with many old and new friends. EML webinar panel discussions have been a hotbed of new ideas so please join if you can.
EML Webinar (Season 2) on 16 December 2021 features @nanshulu on soft electronics for digitizing human body and human-centered robotics imechanica.org/node/25620 @zhigangsuo @ToLiTeng
Congratulations to Nanshu Lu, of University of Texas at Austin, and Shawn Chester, of New Jersey Institute of Technology, for winning the 2022 Thomas Hughes Award. @nanshulu
Some more nice work from the thesis of @AlexBradley14 is now published!
PRFluids Editors' Suggestion: Droplet trapping in bendotaxis caused by contact angle hysteresis Alexander T. Bradley, Ian J. Hewitt, and Dominic Vella Article: go.aps.org/3wrioGW How to trap droplets moving under capillary pressure with contact angle hysteresis
🚨 @UTAerospace is hiring in Engineering Mechanics🚨. Please feel free to contact me for more information! Selfishly, I'd love to see applications from #biomechanics folks but we are interested in all areas of #mechanics with a focus on small scales! PLEASE RT!!
Tomorrow (Friday) at 2:25pm Central Time we'll be joined virtually at @UWMadisonMath by the illustrious Dominic Vella (Oxford), who will talk about "Buffering by Buckling: New wrinkles on Gauss’ Pizza Theorem." Want to join? (Of course you do.) DM me for a Zoom link.
Take a break, move eyes off the monitor, say oh hello to my new officemate who likes the clean window
Our paper on a drop confined by two graphene sheets finally comes out in Nature Communications (@NatureComms). Interested in how bilayer graphene interfaces excel in cleaning themselves by making use of elasticity and capillarity, click this: nature.com/articles/s4146…
With speakers’ permission, most talks of this symposium have been recorded and can be viewed online at: sites.utexas.edu/iutam2021/prog…. More recordings will be posted as they become available.
Thank Professor Rui Huang @RuiHuangUTAus for sending me the video of my talk. Elastic dissipaters: fatigue-resistant materials utexas.zoom.us/rec/share/0CVT…
I am so excited that my review paper on my very niche research field (bubbles made from atomically thin materials) is now available in Trends in Chemistry!! doi.org/10.1016/j.trec…
Our recent paper about the snap-through in #Graphene #nanochannels just published in @ACS_AMI We investigate the fluid-solid coupling #instabilities at nanoscale, and demonstrate the application in #fluidic control and #molecule selection. Link: pubs.acs.org/doi/10.1021/ac…
Why does Winkler's 'mattress model' work so well for (close to) incompressible materials when it should break down? Find out more in this work with @TGJChandler royalsocietypublishing.org/doi/10.1098/rs…
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