Numerical simulation of Burger's non-linear PDE. Help needed. plz.
I posted this problem already but I had no reply , sorry for the repitition.
I'm trying to program a simulation of the Viscous Burger's Equation in 1 dimension. I'm going to use an implicit finite difference scheme (Crank-Nicolson) to do this.
The problem I have is the fact that the Burger's equation I mentioned is non-linear, I need to have this equation in conservation form before I apply my scheme. The Burgers equation in conservation form is as follows:
http://www.mathhelpforum.com/math-he...e017f455-1.gif Where F is a flux function http://www.mathhelpforum.com/math-he...a53f8d26-1.gif.
and v is the viscosity which is a constant.
(note: I didn't know how to show these as partial derivatives. All derivatives are partial here.)
I was just wondering how I would go about linearizing this equation
I want to thank you for any help you can give in advance.
All the best,