Scientific Computing & Flow Physics Lab at UMich

News from Eric Johnsen’s Scientific Computing and Flow Physics Laboratory at #umich

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

@ricardovinuesa Welcome to Michigan!

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

Congratulations to our @UMBME colleague Zhen Xu for her election to the National Academy of Inventors!

https://t.co/MefcHjg7pz

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

More information about the @UMich/@LosAlamosNatLab collaboration--this time with some numbers!
https://t.co/X4QtyP0EqQ

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

An exciting development in the ⁦@UMich⁩ / ⁦@LosAlamosNatLab⁩ collaboration https://t.co/LtaIjtMvbQ

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

T31.00001 Shock Interaction with a Large-Amplitude Sinusoidal Perturbation on a Fast-Slow(F/S) Gaseous Interface
X10.00005 Numerical Investigation of a High-speed Droplet Impact onto a Rigid Surface

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

SCFPL at #apsdfd in #slc
A01.00002 Cavitation dynamics and damage in soft matter
A13.00002 Numerical reflections in hp-nonuniform Discontinuous Galerkin methods
J07.00004 Numerical investigation of the deformation of solid surfaces due to bubble collapse

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

L21.00006 Investigation into the impact of interface thickness and Phase-Field modeling on interfacial instabilities in compressible multiphase flow
L21.00011 Investigation of different Phase-Field models in compressible multiphase flows under a unified high-order and ...

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Chemistry with one half to David Baker “for computational protein design” and the other half jointly to Demis Hassabis and John M. Jumper “for protein structure prediction.”

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

#neuralnets

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Physics to John J. Hopfield and Geoffrey E. Hinton “for foundational discoveries and inventions that enable machine learning with artificial neural networks.”

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

The fall 2024 issue of the ⁦@UM_MICDE⁩ magazine is out—with viz from William’s simulations of the implosion of an inertial confinement fusion capsule on the cover! https://t.co/rMU4yVxzNx

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

The beginning of a new semester is also a good time to reflect on endings. We thank, bid farewell, and wish all the best to Sonya, Ziyang, and Kevin as they move on to @sdsmt, @bamaengineering, and @LosAlamosNatLab

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

The beginning of a new semester is a great time to welcome our new graduate students Madeline and Curtis

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

Congrats to ⁦⁦@TandonSuyash⁩ on publishing his paper in @aiaa journal based on a collaboration with Kevin Maki in ⁦@NAMEatUM⁩ in which he studied the modulation of separated flow by a passive vortex generator https://t.co/AnH5UMaCEp

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

Great keynote lecture by ⁦@jesse_caps⁩ on shock-particle interaction at #icnmmf

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

In a high-energy-density experiment, we think we will see clumps forming due to the interaction of the resulting vortex lines (Crow instability)

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

Venturing into experiments: in his latest paper ⁦@WadasMichael⁩ examines 3D effects in the classical shock-cylinder interaction https://t.co/JbnwP6l7Y1

[University of Michigan @UMich]

With a $15M award from the U.S. Department of @Energy’s @LosAlamosNatLab, U-M will partner with the lab to develop advanced computing technologies — including artificial intelligence and sophisticated modeling techniques — to address critical challenges. https://t.co/YEv9L8a2D2

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

@WadasMichael @PhysRevLett @UMengineering @umichme @umichNERS In short, we think that the hot spots may originate from the interaction of two #vortexrings via the same instability leading to the break up of contrails produced by airplanes

[Scientific Computing & Flow Physics Lab at UMich @JohnsenSCFPL]

Fresh off the press: @WadasMichael worked with Carolyn Kuranz and Aaron Towne's groups in his latest @PhysRevLett article to develop a hydrodynamic explanation of hot spot formation in #Supernova1987a #sn1987a
A fun collaboration between @UMengineering @umichME @umichNERS

[Physical Review Letters @PhysRevLett]

Hydrodynamic explanation for the origin of clumps along the equatorial ring of SN1987A #astrophysics #fluids
Letter: https://t.co/xMRxEnp5tQ
Synopsis: https://t.co/laQZgsGDP0