Non-Newtonian fluid dynamics lab (@nnf_lab) 's Twitter Profile
Non-Newtonian fluid dynamics lab

@nnf_lab

We are a group of mechanical and chemical engineers, headed by Professor Gareth McKinley, conducting research in the field of rheology at MIT.

ID: 1628420285551755264

linkhttps://nnf.mit.edu calendar_today22-02-2023 15:45:42

12 Tweet

214 Followers

59 Following

Non-Newtonian fluid dynamics lab (@nnf_lab) 's Twitter Profile Photo

What better way to start the NNF Lab's student/postdoc Twitter account than by welcoming to MIT, Dr Squishy himself Datta Lab ...speaking on Life in a Tight Spot... and George and Gareth McKinley seem to have constrained Sujit in a tight space in the corner!

What better way to start the NNF Lab's student/postdoc Twitter account than by welcoming to MIT, Dr Squishy himself <a href="/TheSquishyLab/">Datta Lab</a>  ...speaking on Life in a Tight Spot... and George and <a href="/garethmckinley/">Gareth McKinley</a>  seem to have constrained Sujit in a tight space in the corner!
Non-Newtonian fluid dynamics lab (@nnf_lab) 's Twitter Profile Photo

Mary, Patrick S. Doyle, Gareth McKinley and James Swan show using analytical studies that coupled translational & rotational motion is essential to understanding motion of small particles in complex, time-dependent trajectories through viscoelastic fluids. aip.scitation.org/doi/full/10.10…

The Society of Rheology (@sorheology) 's Twitter Profile Photo

With great sadness, we mourn the passing of our kind and curious friend Tom McLeish, Tom McLeish, our 2010 Bingham medalist and expert in all things fluids, emulsions, foams, religion, and medieval science.

Zhigang Suo (@zhigangsuo) 's Twitter Profile Photo

What is a scientific paper? Why do we write it? How? This 3-page handout, created by George Whitesides on 4 October 1989, offers practical answers. Strongly recommended for researchers of all ages. Whitesides' Group: Writing a Paper intra.ece.ucr.edu/~rlake/Whitesi…

What is a scientific paper?
Why do we write it?
How?

This 3-page handout, created by George Whitesides on 4 October 1989, offers practical answers.

Strongly recommended for researchers of all ages.

Whitesides' Group: Writing a Paper
intra.ece.ucr.edu/~rlake/Whitesi…
Non-Newtonian fluid dynamics lab (@nnf_lab) 's Twitter Profile Photo

Las Vegas #APSMarch2023 was a blur… (with ridiculously long lines for food or even coffee!). Great job Jake Song on a wonderful presentation in the new ESME (Emerging Soft Matter Excellence) session sponsored by APS DSOFT

Las Vegas #APSMarch2023 was a blur… (with ridiculously long lines for food or even coffee!). Great job Jake Song on a wonderful presentation in the new ESME (Emerging Soft Matter Excellence) session sponsored by  <a href="/ApsDsoft/">APS DSOFT</a>
Non-Newtonian fluid dynamics lab (@nnf_lab) 's Twitter Profile Photo

Check out the Gabor transforms applications in rheology. Published in the Mar/Apr 2023 issue of JOR. Gabor transform- a special type of short time Fourier transform named after the Noble prize winner Dennis Gabor.

Gareth McKinley (@garethmckinley) 's Twitter Profile Photo

Seeing a fluid climbing a rotating rod is a classic demo of nonlinear viscoelasticity...but have you ever tried getting quantitative info? Here's how: Rod-climbing rheometry revisited. With Rishabh More and Lubrizol colloborators. ⏳#everythingflows pubs.rsc.org/en/content/art…

George Haller (@georgehallereth) 's Twitter Profile Photo

We all tend to use Taylor expansions to construct low-dimensional reduced-order models from equations or data. In reality, the reduced dynamics generically live on spectral submanifolds of limited smoothness that only admit fractional-powered expansions: doi.org/10.1063/5.0143…

We all tend to use Taylor expansions to construct low-dimensional reduced-order models from equations or data. In reality, the reduced dynamics generically live on  spectral submanifolds  of limited smoothness that only admit fractional-powered expansions: doi.org/10.1063/5.0143…