Matlab：实现冲压发动机确定传热质量流量冲压发动机燃烧室(附完整源码)

Matlab：实现冲压发动机确定传热质量流量冲压发动机燃烧室

function ramjetPicture = plotRamjetSchematic
x0 = 0; x1 = .1; x2 = .2; x3 = .3; x4 = .325; x5 = .35; x6 = .55; x7 = .75; x8 = 1;
y0 = 0; y1 = .08; y2 = .0825; y3 = .07; y4 = .02; y5 = .06; y6 = .12; y7 = .08; y8 = .12;% Diffuser
diffuser1x = [x0 x2]; diffuser1y = [y0 y2];
diffuser2x = [x2 x3]; diffuser2y = [y2 y3];
diffuser3x = [x3 x3]; diffuser3y = [y3 y0];% Flame Holders
flamex = [x4 x5];
flame1y = [y0 y4]; flame2y = [y5 y5-y4]; flame3y = [y5 y5+y4];% Engine wall
wall1x = x1:0.001:x5;
wall1y = y1 + (y6 - y1) * sqrt( 1/(x5 - x1) * (wall1x - x1) );
wall2x = [x5 x6]; wall2y = [y6 y6];
wall3x = [x6 x7]; wall3y = [y6 y7];
wall4x = [x7 x8]; wall4y = [y7 y8];% Shocks
shock1x = [x0 x2]; shock1y = [y0 4*y2];
shock2x = [x1 0.11366]; shock2y = [y1 0.046885];% PlotramjetPicture = figure('name','ramjetPicture');plot(wall1x,  wall1y, 'k', wall2x,  wall2y, 'k', wall3x,  wall3y, 'k', wall4x,  wall4y, 'k', ...wall1x, -wall1y, 'k', wall2x, -wall2y, 'k', wall3x, -wall3y, 'k', wall4x, -wall4y, 'k', 'lineWidth', 3)hold on
plot(diffuser1x,  diffuser1y, 'k', diffuser2x,  diffuser2y, 'k', diffuser3x,  diffuser3y, 'k', ...diffuser1x, -diffuser1y, 'k', diffuser2x, -diffuser2y, 'k', diffuser3x, -diffuser3y, 'k', 'lineWidth', 2)plot(flamex,  flame1y, 'r', flamex,  flame2y, 'r', flamex,  flame3y, 'r', ...flamex, -flame1y, 'r', flamex, -flame2y, 'r', flamex, -flame3y, 'r', 'lineWidth', 2)plot(shock1x, shock1y, 'b', shock2x, shock2y, 'b', shock1x, -shock1y, 'b', shock2x, -shock2y, 'b')axis([-.1 1.1 -.4 .4])set(gca, 'Ytick',[], 'Xtick', [x1 x5 x6 x8], 'XtickLabel',{'enter (RJ)', 'inlet (CC)', 'outlet (CC)', 'exit (RJ)'})hold offend

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本文章博客地址：https://cplusplus.blog.csdn.net/article/details/129288352

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Matlab：实现冲压发动机确定传热质量流量冲压发动机燃烧室(附完整源码)

Matlab：实现冲压发动机确定传热质量流量冲压发动机燃烧室

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