2D Heat solver

Download the source code & theory: https://github.com/Samson-Mano/2D_Heat_transfer 

Example mesh: https://github.com/Samson-Mano/2D_Heat_transfer/tree/master/Heat2D_solver/Example_meshes 

C++ Upgraded version: https://github.com/Samson-Mano/Heat2D_solver_cpp

2D Heat Transfer Solver, a powerful tool for finite element analysis of steady-state 2D heat transfer problems. This software is designed to handle scenarios where temperature differences exist within a body or between a body and its surrounding medium. It proficiently solves conduction and convection problems, providing valuable insights into heat distribution.

Example 1:

Heat conduction problem with inside and outside convective boundary with 150 deg & 10 ambient temperature respectively. 

Example 2:

Heat transfer problem with point heat source supplied by heating cables and convective boundary at -5 deg ambient temperature. Symmetry boundary condition is used to solve this problem.

Example 3:

Heat transfer problem with prescribed inner temperature of 140 deg and outer convective boundary with ambient temperature 20 deg. 

Example 4:

A hot pipe running through the thin plate results in the inner surface maintained at 80 deg. The two dimensional fin is subjected to convection with ambient air temperature being 20 deg. 

Theory: Download Theory_behind_2dheat_program.pdf  from https://github.com/Samson-Mano/2D_Heat_transfer