Mathematica Solve Perturbation problem with mathematica

[Necmi]

u'(1-epsilon(u')^2)=-y
uo(1)=0 u1(1)=0
I need solve this problem with mathematica.

 

[DrClaude]

Is this homework? In any case, you will probably have to give more details.

 

[Necmi]

No its my thesis.İm mechanical engineer.İm doing master on fluid mechanics

 

[DrClaude]

Can you give even more details? While I may not be the one to be able to help you here, I think that not knowing what ε, u0, u1, etc. represent is going to make it hard for anyone to give you advice.

 

[Necmi]

u'(1-epsilon(u')^2)=-y
uo(1)=0 u1(1)=0
I need solve this problem with mathematica.

 

[Necmi]

I solved the momentum equation of the fluid by perturbation method. I need to encode and validate the solution with mathematica. I used direct expansion in the solution of the perturbation. I want information about the code.

 

[mfb]

Which parameters do you know, what is a function of what, what are uo and u1?

You can’t expect help if you don’t explain the problem sufficiently for others to understand it.

 

[Necmi]

I would like to send you the solution.How do you want to send.Mail ?

 

[Necmi]

 

[Necmi]

 

[Necmi]

How to my shares data of the problem ?

 

[mfb]

I'm still missing the context, but it is nice if you have the solution now.

 

[Necmi]

Can you use to mathematica?

 

[Mark Harder]

So, you solved the problem by hand, but you have to do it in MMA, for your thesis? Is that correct? I know a little MMA, and I'm willing to look into it, but I can't read the photos of your solution, so I'm going to need some more information. Reading your original post, it looks like you are working with 4 functions - u, u0, u1 and epsilon. Is that right? It seems a little peculiar to me. A more explicit problem statement would be helpful.

 

[Necmi]

So, you solved the problem by hand, but you have to do it in MMA, for your thesis? Is that correct? I know a little MMA, and I'm willing to look into it, but I can't read the photos of your solution, so I'm going to need some more information. Reading your original post, it looks like you are working with 4 functions - u, u0, u1 and epsilon. Is that right? It seems a little peculiar to me. A more explicit problem statement would be helpful.

Thanks.Are you know perturbation method?
Yes its required for my thesis.