A comprehensive multi-physics simulation suite designed to resolve Shockwave Boundary-Layer Interaction (SWBLI) and aerothermal transition on hypersonic projectiles (Mach > 5).
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Updated
Nov 2, 2026 - Jupyter Notebook
A comprehensive multi-physics simulation suite designed to resolve Shockwave Boundary-Layer Interaction (SWBLI) and aerothermal transition on hypersonic projectiles (Mach > 5).
"Multi-physics simulation and engineering validation for sub-10nm Gate-All-Around (GAA) CNTFETs using a Gradient Bandgap Nanomultilayer (GBN) dielectric to eliminate EMP thermal shock and filamental breakdown under sub-nanosecond 8 MV/cm transients."
Multi-physics propulsion, optical computing FEA solvers, and sub-atomic material discovery suite for F1 powertrains with dual-mode FIA homologation benchmarking.
Open-source multi-physics simulation engine, PyAEDT 3D CAD automation, and Touchstone dataset for a 40 Gbps 50 GHz 4-channel GSG FGM stripline architecture. Verified under IEEE Std 370-2020 ($S_{31} \le -42.02\text{ dB}$ at 50 GHz). Distributed on PyPI as emi-mitigation-sim
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