thermal-engineering

PyRth is an open-source Python package designed for evaluating thermal transient measurement data, such as those obtained from devices like the T3ster. It processes thermal transient data using specialized algorithms to extract detailed thermal characteristics, including the thermal structure function.

LETALIS: Liquid Propellant Rocket Engine thermal analysis and cooling system design.

2D transient heat transfer analysis in solid materials.

Localized extreme-heat TPS research workbench: transient thermal simulation, hotspot/defect screening, simulated cooling, uncertainty and auditable evidence.

Multi-fidelity hydrogen thermal digital twin combining Python, MATLAB, CoolProp and ANSYS Fluent for transient compression and high-pressure tank filling.

MATLAB numerical model for steady-state heat conduction in a multilayer spherical system.

Validated 2D/3D compressible SIMPLE/LTNE CFD solver for TPMS (Diamond/Gyroid) heat exchangers — Darcy–Forchheimer surrogate, dual air/water Nusselt closures, qNEHVI optimization, ASME V&V 20 (MMS/GCI). Shanghai 16-case: air-side Q 1.71%, grid-converged 3D Δp ≈12% / Q ≈3% (gamma_df). PySide6 GUI.

航天服务星具身智能机械臂机器人 | Space Service Robot with Embodied Intelligence — mechanical, electrical & harness, power & thermal, and propulsion hardware design.

Industrial CFD and thermal engineering portfolio featuring a vortex-controlled diffuser study for a jet-engine burner, CFD verification, turbulence modelling, parametric analysis, and Python-based engineering automation.

3D transient heat conduction simulation of a furnace wall using an explicit finite-difference method in Python.

Thermal performance, fouling degradation, maintenance optimization, and sensor-based condition estimation for a shell-and-tube heat exchanger.

Reproducible synthetic cooling-loop sensor data with labeled thermal/fluid scenarios.

Heat transfer calculator for quick conduction, convection, and radiation estimates (Python).

Lecture notes on convection and thermal radiation, published as a searchable website (MkDocs Material) from LaTeX sources

Research paper on thermal engineering covering thermodynamic cycles, heat transfer, energy efficiency, Brayton and Carnot cycles, cooling analysis, and sustainable thermal-system design.

Conduit heat conduction analysis.

Deep-learning segmentation and predictive modelling of vapor bubbles in nucleate flow boiling. IIT Bombay research, published in Applied Thermal Engineering and AI Thermal Fluids (2026).

Python (NumPy/Numba) port and validation of an artificial compressibility + FTCS solver for natural convection in tall vertical cavities (air, Pr = 0.71). Validated against Lartigue et al. at AR = 40; basis for Nusselt-number correlations Nu(Ra, AR).

Cooling-tower engineering, every step shown — a Rust thermal/air-side engine (Merkel, fan/system, fill KaV/L) with a Bevy cockpit for web and desktop. Synthetic demo catalog; not CTI certified.