Jesse Capecelatro
@jesse_caps
Followers
5K
Following
6K
Media
417
Statuses
1K
Assoc. Prof of Mechanical Engineering @UMichME @MichiganAero • PI of the Multiphase/Multi-physics Flow Lab • Author
Ann Arbor, MI
Joined November 2014
Super excited to finally hold this in my hands! Fluid Mechanics 7th edition is now out! https://t.co/PeCuQvdbnz
9
9
149
Turbulence drives heterogeneous particle adhesion in channel flows, with adhesion strength rising at higher temperatures. DNS show that deposition depends on particle inertia and is shaped by turbulent structures. Read the PRFluids Editors’ suggestion: https://t.co/VDBjb4qxs6
1
8
35
New paper out in @PhysRevFluids (Editor's suggestion)! PhD student Max Herzog shows how free-stream #turbulence leads to heterogeneous deposition of elastic-plastic (adhesive) particles, resulting in 10X increase in surface wear. https://t.co/kGeItHfNOy
0
3
9
Bittersweet farewell to CRG team members Abhilash and Meet, who have been pillars of the group for many years. Meet will be going on to start a postdoc at @EPrinceton. We wish you two the best of luck!
0
0
3
More relevant than ever: Science the Endless Frontier, a report to the President by Vannevar Bush, Director of the Office of Scientific Research and Development, July 1945 https://t.co/yMwIvRsqnW
0
0
4
Beautiful quote in the Chicago Cultural Center building, decorated by the Tiffany Glass co, 1897
0
1
3
Prof. Jesse Capecelatro and U-M Graduate Student Research Assistant, Meet Patel, partnered with NASA and Johns Hopkins in a study published in Nature Communications that unlocks a long-standing mystery on the moon’s lunar surface. Read more here:
aero.engin.umich.edu
Researchers solve mystery behind remarkably similar patterns on the lunar surface
0
1
5
I'll be teaching an advanced course on "Filtered Modelling Approaches for Industrial Gas-Particle Suspensions: Basics and Future Developments" in Udine in May. Targeted at doctoral students, young researchers, and engineers. More details+registration at https://t.co/BOO2nKRGBJ
0
1
3
New paper published in Chemical Engineering Science! PhD student Rebecca Grawe developed an Euler–Lagrange method for simulating CO2 adsorption. 'Pseudo-turbulence' models capture subgrid-scale species mixing improves results. https://t.co/VC09dM0elC
0
3
16
Thrilled to announce I’ve signed with @TommyDeanWriter at Rosecliff Literary @roseclifflit to represent my debut novel A Body at Rest, a historical mystery set in 1945 Ithaca, NY. Excited to share more as the publishing journey unfolds!
New Client announcement! I'm so excited to work with @jesse_caps on bringing his historical campus noir mystery to readers! Jesse is a fantastic writer, and this is just the start of a great career! @roseclifflit
6
5
76
Moon landings conducted over several decades produced a remarkably similar pattern of dust on the lunar surface. Working with @NASA, researchers at U-M and @JohnsHopkins can finally explain why: Görtler instability. https://t.co/95bCtToCut
news.engin.umich.edu
U-M, Johns Hopkins partnership explains a consistent pattern in the dust under moon landings.
1
3
6
For those who still embrace the em dash in the age of ai—this one's for you
mcsweeneys.net
“In recent months, a curious fixation has emerged in corners of academia: the em dash. More specifically, the apparent moral panic around how it is...
0
0
2
NEW ARTICLE: Solving a moon mystery from afar: why multiple moon landings each produced a similar pattern on the surface. https://t.co/Xl3wehRKx0
news.engin.umich.edu
U-M, Johns Hopkins partnership explains a consistent pattern in the dust under moon landings.
0
2
5
New paper out in @NatureComms! Together with Johns Hopkins we showed that the persistent streaks observed during lunar landings is caused by Görtler instability triggered by rocket plumes. Story: https://t.co/T3zGRkDKDh Paper: https://t.co/Wi7mVNlwya
1
5
20
Some eye candy: Görtler vortices in an underexpanded jet by PhD graduate Meet Patel
2
7
85
I'm excited to talk with Ypsilanti middle schoolers about the challenges of spacecraft landings next week with @UMMNH
0
0
1
Very excited to announce Meet's PhD defense will be held tomorrow 6/24 at 2:00 ET. His research focuses on data-driven and physics-based modeling relevant to plume-surface interactions
0
0
10
A great article from Emily Blevins on history of @NSF . As we work to grow the domestic STEM workforce, it demonstrates how a strong NSF and its graduate research fellowship program is such an important foundation for our country! https://t.co/dlZcCuvJmI
physicstoday.aip.org
In the early days of NSF, its leaders dreamed of large-scale federal investment in basic science but had to carve out a place for the new foundation in the complicated landscape of US science funding.
1
2
6
Scalar mixing is a beautiful thing. We're starting to look into how compressible turbulence caused by particle wakes and shocks mix scalars
1
11
130