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 concept for oxidizing environments: Hf-rich UHTC hot-face, oxidation-control transition, strain-decoupled support, optional hotspot relief, and staged coupon-to-subscale validation.

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.

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

Conduit heat conduction analysis.

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

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.

Streamlit dashboard for synthetic cooling-loop data, heat-removal estimates, and educational balance checks.

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

Open-source tools and documentation for flow boiling heat transfer research in annular and rectangular minichannels, combining experiments, CFD, Trefftz-based inverse methods, and machine learning.

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

The Indian Journal of Production and Thermal Engineering (IJPTE) has ISSN 2582-8029 (online) which is an online, open access, peer reviewed, periodical bi-monthly international journal.

Master Boiling Heat Transfer in Minichannels: Key Concepts, Data, and Applications

Measurement data-reduction pipeline for an impinging slot-jet heat-transfer study — flow/Nusselt reduction, Cobra-probe calibration, spectral & PEC analysis, end-to-end uncertainty propagation. Method & code only (study under IJHMT review).