PHD Thesis at CERFACS: Uncertainty Quantification for High Dimensional Problems
MAE 219 - Introduction to Scientific Computing In Solid and Fluid Dynamics - Fall 2014 - Professor Delplanque
My master thesis on the modelling of filter cake formation in filtration processes, involving computational fluid dynamics to describe the liquid in the system and an agent-based model to describe the movement of the dispersed particles
Master dissertation for HIT (SUSTech)
Physics-informed surrogates with calibrated error bounds for nonlinear transient conjugate heat transfer. Sole-authored preprint: JAX, seed-replicated ablations, split-conformal safety bound, 104/104 claims machine-audited, reproduces in under two core-hours.
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