Questions - Valparaíso - Chile

[Alejandro Angulo]

Christophe:

Now, I'am trying to solve a problem in time domain,
but the time parameter seems not change when it
appears in constaint term (my voltage source always
apperars like DC source !!!). The constraint that I
used is:

Vf = 110.*Sqrt[2.] ;
Freq = 50. ;
Fase = 2.*(Pi/3.) ;
{ Name Voltage ; Type Assign ;
Case {
{ Region Ebt ; Value Vf * F_Cos_wt_p [] {2.*Pi*Freq ,
Fase} ; }
}
}

Also, I got little problems when I use the stranded
conductor formulation that you send me in a past
e-mail with Electric Circuit . Is possible to couple
both problems??????

When I couple 2D a-v formulation with circuit
equation, the 'large' of the domain is include only in
the GlobalTerm???  I write some like this:

Axysimmetric Case.
GlobalTerm { [ -(2*Pi) * Dof{I} , {U} ] ; In BT ; }

Planar Case.
GlobalTerm { [ -(Large) * Dof{I} , {U} ] ; In BT ; }

It's correct or no???

Regards
Alejandro    
 


_________________________________________________________
Do You Yahoo!?
Obtenga su dirección de correo-e gratis @yahoo.com
en http://correo.espanol.yahoo.com