Nagi Elabbasi
Facebook Reality Labs
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
2012年12月3日 GMT-5 11:40
Hi Pu,
I never tried it myself but there is one interesting example in the documentation that solves an integro- partial differential equation for radiation in pipes. Search the documentation for “Integro”.
Nagi Elabbasi
Veryst Engineering
Hi Pu,
I never tried it myself but there is one interesting example in the documentation that solves an integro- partial differential equation for radiation in pipes. Search the documentation for “Integro”.
Nagi Elabbasi
Veryst Engineering
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
2012年12月3日 GMT-5 11:53
Hi, Nagi Elabbasi
Thanks for the reply! I will check it.
Hi, Nagi Elabbasi
Thanks for the reply! I will check it.
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
2013年2月1日 GMT-5 15:38
Yes you can, as well as integro-differential equations. There is an example in documentation, rather strightforward.
I have done it for the radiation transfer problem.
However, actually it is doable only for 1-dim case. For more complicated geometry I have not found the way to do it.
Best,
Arsen Subashiev,
ECE at Stony Brook
subashiev@ece.sunysb.edu
Yes you can, as well as integro-differential equations. There is an example in documentation, rather strightforward.
I have done it for the radiation transfer problem.
However, actually it is doable only for 1-dim case. For more complicated geometry I have not found the way to do it.
Best,
Arsen Subashiev,
ECE at Stony Brook
subashiev@ece.sunysb.edu
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
2013年2月1日 GMT-5 17:52
I find that Zimmerman's book has excellent examples of how to solve integral equations. I have just made up a simple example for solving:
u(x)=cos(x)+int(sin(x-y)*u(y),y=0..pi)
The key really is to use the dest() operator in the integral for where you dont have the dummy varible, and I do believe that you can use dest(x) and dest(y) to solve 2D integral equations.
Hope it helps.
I find that Zimmerman's book has excellent examples of how to solve integral equations. I have just made up a simple example for solving:
u(x)=cos(x)+int(sin(x-y)*u(y),y=0..pi)
The key really is to use the dest() operator in the integral for where you dont have the dummy varible, and I do believe that you can use dest(x) and dest(y) to solve 2D integral equations.
Hope it helps.
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
2013年5月29日 GMT-4 21:00
I am unable to open the model file that you have posted, because I am using COMSOL versions 4.2a, and 4.3. Could you post a model file showing integration , in COMSOL 4.2a or 4.3.
Krithika Mohan
I am unable to open the model file that you have posted, because I am using COMSOL versions 4.2a, and 4.3. Could you post a model file showing integration , in COMSOL 4.2a or 4.3.
Krithika Mohan
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
2013年5月30日 GMT-4 07:22
The model was done in version 4.3a but I happen to have 4.3 so here you go.
Hope it helps
The model was done in version 4.3a but I happen to have 4.3 so here you go.
Hope it helps
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
2013年5月30日 GMT-4 08:53
it's great.
it's great.