This study applies Dynamic Mode Decomposition to analyze and reduce CFD data of base-bleed military projectiles, identifying dominant dynamic modes of the velocity field from 2D axisymmetric simulations.
Application of machine learning techniques, informed by governing physical laws, for fluid dynamics analysis.
Application of the Dynamic Mode Decomposition (DMD) technique to identify and understand coherent structures (or modes) that dominate the spatial and temporal behavior of a fluid flow.
Application of the numerical method of lines (NUMOL) to solve the classical problem of one-dimensional heat transfer in a cylinder.