Our recent work, published by @Nature in @CommsPhys, explores the life of thin liquid films, and reveals deterministic hole formation preceding stochastic rupture. Thanks to @dini_daniele Edward Smith, @Jamesewen10 LiShen & David Heyes. @ImperialMechEng
https://t.co/gImVACgY6Q
Have you ever considered modeling the transport behaviour of chemically complex surfactants & additives?
Our latest work published in @JFluidMech gives a framework to model this process from molecular to human scale! @imperialcollege@ImperialMechEng
https://t.co/TSGblfzxgt
SpaceX has attained stardom for designing and executing reusable vehicles; but we know well that much of the groundwork had been laid earlier. See for example this paper from NASA in 1988 on control systems for reusable rockets. This is generally true in S&T that fundamental..
In their seminal work in 1969 (JChemPhys) MaEntee and Mysels observed an astonishing divergence of the film rupture theory for ultra thin films. We have just recently found out why, and how to make it work! Check it out here: @JChemPhys#OpenAccess
https://t.co/LHzccFmAF5