Asked by Petrus
on 27 Jun 2013

Hi everyone!
I have to solve **THIS** system of coupled nonlinear PDEs with **THESE** boundary conditions in one dimensional case (domain: [-L,L]). This is a boundary value problem (BVP). There, *t* is the time-variable whereas *u* is the space-variable. The functions **gamma**, **beta** and **tau** are nonlinear in *lambda* (which is function of *u*) through power law (prop to *lambda*^-2).
How can I solve it using Matlab?

Thanks, Petrus

*No products are associated with this question.*

MATLAB and Simulink resources for Arduino, LEGO, and Raspberry Pi test

Learn moreOpportunities for recent engineering grads.

Apply Today
## 2 Comments

## Richard Brown (view profile)

Direct link to this comment:http://www.mathworks.com/matlabcentral/answers/80398#comment_157185

Doesn't look like a BVP to me

## Petrus (view profile)

Direct link to this comment:http://www.mathworks.com/matlabcentral/answers/80398#comment_157251

the boundary conditions are declared at the boundary of the domain [-L,L], where each function has to have zero-first derivative. Why does not like as BVP to you?