Thanks a lot for all your answers, they are really helpful.
El 19 de diciembre de 2009 11:43, Jorge E. ´Sanchez Sanchez <
hnr...@hotmail.com> escribió:
> Hi Carlos,
>
> there is a very good library to solve these partial differential equations
> in C++, which I recommend you
> you can google: de
Hi Carlos,
there is a very good library to solve these partial differential equations in
C++, which I recommend you
you can google: dealII, which stands for "differential equations library II",
it is very general and with
a very wide range of applications
Regards
Jorge
From: ccordob...@gmail.
William Stein a écrit :
> On Fri, Dec 18, 2009 at 11:53 PM, Thierry Dumont
> wrote:
>> Carlos Córdoba a écrit :
>>> Hi,
>>>
>>> I know this is not a general mathematical forum, but I hope you can help me.
>>> I have this PDE:
>>>
>>> \frac{dB}{dt} = F(x,y,z)B(x,y,z) - G(x,y,z)\nabla B(x,y,z)
>>>
>
On Fri, Dec 18, 2009 at 11:53 PM, Thierry Dumont
wrote:
> Carlos Córdoba a écrit :
>> Hi,
>>
>> I know this is not a general mathematical forum, but I hope you can help me.
>> I have this PDE:
>>
>> \frac{dB}{dt} = F(x,y,z)B(x,y,z) - G(x,y,z)\nabla B(x,y,z)
>>
>> and I don't know how to solve it n
Carlos Córdoba a écrit :
> Hi,
>
> I know this is not a general mathematical forum, but I hope you can help me.
> I have this PDE:
>
> \frac{dB}{dt} = F(x,y,z)B(x,y,z) - G(x,y,z)\nabla B(x,y,z)
>
> and I don't know how to solve it numerically. What would be the easiest
> method to do it? It can
