Thermal simulation in python
A 3D FDM program of thermal calculation with Fabry–Pérot interferometry simulator powered by OpenCL. This is used in the link below.
Thermal model of flat plate solar collector
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 model of flat plate solar collector
Performing thermal simulation of a specific problem and plotting the temperature graph
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.
Thermal Simulations using ELMER of the OpenFlowMeter
Carnot toolbox equations in python
A parallel simulation of heat distribution in a metal alloy with three metals of varying thermal properties. Computes temperature equilibrium iteratively and visualizes results as a heatmap or with external plotting tools. Supports customizable parameters for thermal constants, heating points, and grid size.
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