- combustion
- optimization
- uq
MOSIAC
An open-source, uncertainty-quantified workbench for combustion kinetic mechanism optimization
Work
10 projects · 274 images · 34 videos
newest first · scroll sideways
2026-10-07 flamelabSeam check of two stitched video parts
2026-10-07 flamelabCalibration from a ruler and the burner tube
2026-10-07 flamelabStitching video parts into one stream
2026-10-07 flamelabDetecting the onset with a sliding window
2026-10-07 flamelabOnset of puffing: Hopf bifurcation
2026-10-07 flamelabInverse Abel transform by onion peeling
2026-10-07 flamelabFlame height versus heat release
2026-10-07 flamelabKymograph: stripe slope is convection speed
2026-10-07 flamelabVeiling glare and the threshold
2026-10-07 flamelabAliasing: a 14 Hz flame at 23.976 fps 10 of 10 projects
An open-source, uncertainty-quantified workbench for combustion kinetic mechanism optimization
A from-scratch Julia CFD/multiphysics library, with a Python frontend and a cross-engine geometry kernel, aimed at closing the gap between commercial CFD and machine learning
An interactive Neural ODE research environment unifying 44 hand-cloned training-script versions, with a live FastAPI+React GUI, a widened optimizer zoo, RL-as-a-trainer, symbolic regression, PINN benchmarks, and an executed d2l-style curriculum
A computer-vision instrument that measures flame length, width and flicker from pool-fire video in physical units with propagated uncertainty — regime classification, cross-run ensemble statistics, and thirteen analysis methods
A family of small, open teaching repositories, one per real-world goal, each built to show the path and leave the building to the learner
A dependency-light process-integration-and-design-optimization workbench with a plug-and-play graph IR, closed by a reinforcement-learning conformer search that tunes a long alkane chain's rotors one at a time
A local web app for visualising multivariable calculus, transformations, ODEs and PDEs, mechanisms, deformation and molecules
Fifteen teaching figures on schemes, stability and accuracy, generated from the PANSOPHIA numerics stack
A from-scratch signed-distance-field geometry kernel cross-checked against Gmsh and a PicoGK-compatible engine, with the GeoStudio GUI
Cavity, conjugate heat transfer, boiling, FSI, structural, ignition and stochastic/UQ test figures from the PANSOPHIA solver
An open-source, uncertainty-quantified workbench for combustion kinetic mechanism optimization
A from-scratch Julia CFD/multiphysics library, with a Python frontend and a cross-engine geometry kernel, aimed at closing the gap between commercial CFD and machine learning
An interactive Neural ODE research environment unifying 44 hand-cloned training-script versions, with a live FastAPI+React GUI, a widened optimizer zoo, RL-as-a-trainer, symbolic regression, PINN benchmarks, and an executed d2l-style curriculum
A computer-vision instrument that measures flame length, width and flicker from pool-fire video in physical units with propagated uncertainty — regime classification, cross-run ensemble statistics, and thirteen analysis methods
A family of small, open teaching repositories, one per real-world goal, each built to show the path and leave the building to the learner
A dependency-light process-integration-and-design-optimization workbench with a plug-and-play graph IR, closed by a reinforcement-learning conformer search that tunes a long alkane chain's rotors one at a time
A local web app for visualising multivariable calculus, transformations, ODEs and PDEs, mechanisms, deformation and molecules
Fifteen teaching figures on schemes, stability and accuracy, generated from the PANSOPHIA numerics stack
A from-scratch signed-distance-field geometry kernel cross-checked against Gmsh and a PicoGK-compatible engine, with the GeoStudio GUI
Cavity, conjugate heat transfer, boiling, FSI, structural, ignition and stochastic/UQ test figures from the PANSOPHIA solver
No projects match. Clear the search or pick another category.