Реферат Побудова, чисельне моделювання і аналіз одновимірної моделі гемодинаміки

= new Matrix [NumberOfVessels]; [] G2 = new Matrix [NumberOfVessels]; [] U = new Matrix [NumberOfVessels]; [] U0 = new Matrix [NumberOfVessels]; [] V = new Matrix [NumberOfVessels]; = new Matrix [NumberOfVessels]; = new Matrix [NumberOfVessels];

int i, j, k, jj;

int Kmax = ( int ) Math. round (tMax/tDelta);

double sh = 0.0;

for (i = 0; i

{_0 [i] = new Matrix (NumberOfVessels * 2, NumberOfVessels); _0 [i] = < b align = "justify"> new Matrix (NumberOfVessels * 2, NumberOfVessels);

if (i

{[i] = new Matrix (NumberOfVessels + 1, NumberOfVessels + 1);

}

}

for (i = 0; i

{[i] = new Matrix (2, NumberOfSegmentation + 1); [i] = new Matrix (2, NumberOfSegmentation + 1); [i] = new Matrix (2, NumberOfSegmentation + 1); [i] = new Matrix ( Kmax + 1, NumberOfSegmentation + 1); [i] = new Matrix (Kmax + 1, NumberOfSegmentation + 1); [ i] = new Matrix (2,2); [i] = new Matrix (2,2);

} L = new Matrix (NumberOfVessels, NumberOfVessels * 2); L1 = new Matrix (NumberOfVessels * 2, NumberOfVessels * 2); Right = new Matrix (NumberOfVessels, NumberOfVessels * 2); Q = new Matrix (NumberOfVessels * 2, ...