- #1
user4417
- 21
- 0
How would I go about finding temperature distribution in a thin square plate during the the first few milliseconds (or actually a fraction of a millisecond) after t=0s. Initial temperature distribution throughout the plate is known, there is heat flux to one side = Qinj, while heat flux from all other sides = 0. I have seen how they do it for fixed temperatures at wide-end boundaries, but I am not sure how to adopt this method if instead constant flux is given. The equation is d2T/dx2 -a*dT/dt=0 (a is known).
Last edited: