thermal-simulation

Python library for simulating heat transfer processes

Thermal simulation in python

A Robust Thermal Simulator for Heterogeneous Integration Platforms

A 3D FDM program of thermal calculation with Fabry–Pérot interferometry simulator powered by OpenCL. This is used in the link below.

A thermal simulation python code where a heat image is generated based on a real image and then simplified to an 8x8 heatmap

Fast Multi-Layer Copper Thermal Estimator for KiCad

High-Fidelity Lunar South Pole Thermal Simulation Engine modeling PSRs and Cold Traps using BVH-accelerated Raytracing and Crank-Nicolson solvers.

DES based transient thermal simulation for FFF 3D printing

Laboratory test bench for testing and evaluating high-voltage semiconductor components and materials. Features a custom 12V-to-100V Boost converter, thermal simulations, and 3D-printed enclosure.

implementing a computational finite element program based on Prandtl stress partial differential equation for linearly analyzing torsional loading problems. C++ woulda been better for scalability

Thermal (heat transfer) analysis

Thermal model of flat plate solar collector

Completed dependency-free Rust finite-volume solver for two-dimensional steady heat conduction with residual monitoring and SVG output.

Thermal model of flat plate solar collector

Research-grade, AI-augmented Battery Management System (BMS) digital twin for a multi-cell Li-ion pack: ECM, thermal, balancing, SOC estimation (EKF/UKF/LSTM), hybrid fault detection, FMEA/RUL, EV range prediction, plus a Streamlit dashboard. 155 tests passing.

Calculates heating power, electrical power, and COP maps for heat pumps based on user-defined temperature envelopes and empirical efficiency curves. Supports multiple refrigerants, customizable compressor parameters, and exports results to CSV and interactive HTML heatmaps.

MATLAB simulation of 2D heat conduction using finite difference method with Gauss-Seidel iteration. Features configurable temperature probes, real-time visualization, RMS convergence analysis, and MP4 video export. MS project at Western Carolina University (2018).

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A high-performance 2D Finite Difference Method (FDM) Thermal Solver designed to simulate transient and steady-state temperature distributions on Printed Circuit Boards (PCBs).

Thermal Simulations using ELMER of the OpenFlowMeter