CW2 looks at the transient case by modelling the human skin and simulating a burn (i.e. a high heat energy impulse). The code is based on the static case with some changes. Below are the key graphs that answer the questions.
Note: CW1 Information is below CW2 in this README. Scroll down!
Using a basic transient case of Laplace, investigate what happens. These graphs show how the solution varies transiently and what effect the two methods, Crank-Nicolson and Backwards Euler, has on the solution.
393.15K Burn
393.15K Burn
MODSIM Unit CW 1. Limited result graphs are displayed in this README for this project. This is a semi object-oriented FEM Solver for 1D problems as specified in the assignment sheet.
The first contor plot shows how the temperature at a constant x is varied by the change in Q and TL. The second plot shows how the temperature profile changes as TL is increased left to right. Up/down is the material temperature profile.
