The Laboratory of Fluids in Complex Environments, Stanford Mechanical Engineering @StanfordEng. PI: Matthias Ihme.
Bldg. 530, Stanford University
Joined April 2022
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While you're taking a break from all the holiday parties, check out our recent paper on the health-impact analysis of the LA wildfires by combining satellite and simulation data!
More details here: doi.org/10.1021/acs.estlett.…
Experimenting on solid-liquid phase transition to wrap up our Fall quarter! We're wishing everyone happy holidays and a restful break ⛸️
New paper alert!
Here, we demonstrate assimilating sparse experimental data into detonation wave simulations using a two-step LETKF which allows robust reconstruction of key detonation structures.
doi.org/10.1016/j.proci.2025…
Proud to share our recent work, as the first experimental demonstration of a reinforcement-learning based method to control thermoacoustic instabilities! This offers a promising path towards efficient and adaptive control of thermoacoustic instabilities
kwnsfk27.r.eu-west-1.awstrac…
Throwback to yesterday, with our very own @MatthewBonanni in his PhD Defense!
We congratulate him for this tremendous achievement and wish him all the best for the future!
Check out our recent publication on using physics-informed #MachineLearning to study #Hydrogen jet flames! This novel framework enhances predictive accuracy for chemically reacting flows by integrating low-resolution physics models with neural networks.
doi.org/10.1016/j.combustfla…
We are proud to have our work featured in Stanford Report! Check out how altering burn conditions in prescribed forest fires makes it safer and cleaner:
news.stanford.edu/stories/20…
Check out this article about our collaboration with @SLAClab in investigating supercritical fluids!
phys.org/news/2024-12-molecu…
In our recent work in PRL, we present a physical model to elucidate the relation between energy exchange and heterogeneous cluster dynamics during the supercritical transition, revealing the mechanism behind the nonlinear thermodynamic behavior of supercritical fluids:
In our most recent paper, we reveal the ultrafast dynamics of molecular clusters in supercritical CO₂, bridging the gap between ballistic & diffusive motion. Using XPCS & MD simulations, we uncover how cluster dynamics impact transport properties
Link: nature.com/articles/s41467-0…
Don't miss our new study on the interfacial dynamics of immiscible propellants at #supercritical pressures!
We are able to resolve liquid/vapor interfacial dynamics that significantly impacts atomization and mixing in LOX/GH2 #combustion systems.
Link: doi.org/10.1016/j.ijmultipha…
🚀New Addition to #BLASTNet! 🔥
We’ve just added 7.2 TB (!) of Rayleigh-Bénard Convection #DNS data to BLASTNet—a goldmine for #turbulence researchers & #ML enthusiasts. Dive into high-fidelity simulations and push the boundaries of predictive modeling!
blastnet.github.io/roshan202…
This dataset is part of the research by Roshan Samuel and Mathis Bode -- Dive deeper into their work (doi.org/10.1017/jfm.2024.853)
Congrats, Dr. Muhunthan! 🎓
Throwback to Priyanka's PhD Defense last Tuesday, where she presented her work on understanding #Supercritical #Fluids using #XRay techniques and atomistic simulations.
We wish her all the best for the future! 🎉
Exciting news!
In our recent paper, we showed that #ReactingFlows in #PorousMedia exhibit feature that parallels #Turbulence in unconfined flows, providing theoretical underpinning of enhanced mixing and #Combustion efficiencies at these conditions.
doi.org/10.1103/PhysRevFluid…
We would also like to thank #Google for sharing and helping us postprocess the #FireBench dataset:
arxiv.org/abs/2406.08589
This high-fidelity simulation data was the backbone of the challenge.
We deeply thank all the speakers who gave wonderful talks highlighting the need for accurate models for environmental flows, covering a diverse range of topics in this challenge!
@ymatias @MarshallBBurke @ricardovinuesa @russpoldrack @AmirBaratiF @BenBlaiszik @WalterReade