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clear;
clc;
D=1.200;
r=.75*(10^2);
rd=.7788*r;
Ir=complex(25,-30);
Iy=complex(35,-50);
Ib=complex(-60,80);
fln=2*(10^(-7))*(Ir*log(1/(3*D))+Iy*log(1/(2*D))+Ib*log(1/D));
mprintf("flux linkage of the neutral = %.9f + i%.9f Wb-T/m\n",real(fln),imag(fln));
Dn=%i*2*%pi*50*fln*10000;
LMAT=zeros(3);
LMAT(1,1)=log((2*D)/rd);
LMAT(1,2)=log(2);
LMAT(2,2)=log(D/rd);
LMAT(3,2)=log(2);
LMAT(3,3)=LMAT(1,1);
I=[Ir;Iy;Ib];
Vryb= %i*200*%pi*(10^(-7))*LMAT*I;
mprintf(" Voltage drop per unit length = ");
disp(Vryb);
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