Question

The following velocity field exists inside a room of size 10m × 10m: u = 0.1(−xi...

The following velocity field exists inside a room of size 10m × 10m:

u = 0.1(−xi + yj)m/s

a) Draw the rectangular region, and depict the velocity distribution inside using arrows vectors. You may use a software of your choice to do this if you wish.

(b) Compute the equations of the streamlines, and sketch them on top of your arrows. Do the streamlines make sense?

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Answer #1

Given velocity field:

u = 0.1(−xi + yj)m/s

Equation of streamline:

dy 0.1y dr -0.1a

10lny-10/nx+InC

10lny10/nax InC

lnyn = 10

In(ry nC, where C1 = C1/10

(Ty) = C1

MATLAB code to generate the plots for (a) and (b)

[x,y] = meshgrid(0:1:10,0:1:10);
u =(-0.1) * x;
v = 0.1 * y;
figure

quiver(x,y,u,v)

startx = 1:1:10;
starty = ones(size(startx));
streamline(x,y,u,v,startx,starty)
xlim([0 10]);
ylim([0 10]);

OUTPUT:

10

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