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We want to highlight Prof. Ian Foster's lecture on "Using satellites, ground sensors, and machine learning to measure exposure to wildfire smoke" on Tuesday, 10/01, at 9 AM (PDT) in our #FlameAI #Workshop! Zoom link: tinyurl.com/flameai2024

On Thursday, 09/26 11 AM (PDT), Prof. Amir Barati Farimani will hold a lecture on "How Diffusion, Transformers, and Pretraining Transformed Surrogate Modeling for Scientific Applications" in our #FlameAI #Workshop! Zoom link: tinyurl.com/flameai2024

We're excited to announce Dr. Ben Blaiszik as a guest speaker at the #FlameAI #Workshop! Don't miss his lecture on Tuesday, 10/01, at 11 AM (PDT)! Zoom Link: tinyurl.com/flameai2024

The 2024 #FlameAi #Challenge has begun! This is a task to develop a state-of-the-art spatio-temporal #ML model that can accurately forecast the 2D fire propagation as a function of time. Check it out at Kaggle! kaggle.com/competitions/2…

Throwback to yesterday when we celebrated the end of the summer! We had our experts in combustion and wildfire oversee our BBQ in the nice Friday afternoon. Have a nice start to the Fall quarter!

Excited to share our latest work on #transcritical #Turbulent boundary layers! We unveil new insights into transcritical, turbulent boundary layers, characterizing complexities of attached eddies at transcritical conditions. Link: link.aps.org/doi/10.1103/Ph…

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/PhysRe…

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! 🎉

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.ijmu…

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/s4146…

Check out this article about our collaboration with SLAC in investigating supercritical fluids! phys.org/news/2024-12-m…

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/2025/0…