Реферат Побудова, чисельне моделювання і аналіз одновимірної моделі гемодинаміки

NumberOfVessels * 2); Q1 = new Matrix (NumberOfVessels * 2, NumberOfVessels * 2); R_left = new Matrix (NumberOfVessels * 2, NumberOfVessels * 2); Rr = new Matrix (NumberOfVessels, NumberOfVessels); Y_f = new Matrix (NumberOfVessels * 2, NumberOfSegmentation + 1) ; Z_f = new Matrix (NumberOfVessels * 2, NumberOfSegmentation + 1); z_f = new Matrix (2, 1); z_0 = new Matrix (2, NumberOfVessels); Y = new Matrix (NumberOfVessels * 2, NumberOfVessels + 1); Y1 = new Matrix (NumberOfVessels * 2, NumberOfVessels * 2); Qpr = new Matrix (NumberOfVessels * 2, NumberOfVessels * 2); Rpr = new Matrix ( NumberOfVessels + 1, NumberOfVessels + 1); f1 = new Matrix (2, NumberOfVessels); f2 = new Matrix (2, NumberOfVessels); ff = new Matrix (2, 1); del_mat = new Matrix (2,2); del_fun = new Matrix (2, 1); A_ = new Matrix (2,2); alpha = new Matrix (NumberOfVessels, 1); Beta = < b align = "justify"> new Matrix (NumberOfVessels + 1, NumberOfSegmentation + 1); Z = new Matrix (NumberOfVessels * 2, NumberOfSegmentation + 1); Z_ = new Matrix (NumberOfVessels * 2, NumberOfVessels + 1); r = new Matrix (NumberOfVessels, 1); l = new Matrix (NumberOfVessels, 1); Zero = new Matrix (NumberOfVessels * 2, NumberOfVessels + 1); ZeroY_f = new Matrix (NumberOfVessels * 2, NumberOfSegmentation + 1);

for (i = 0; i

{

for (j = 0; j

{[j]. set (0, i, vesselAreas...