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KSSV
KSSV il 17 Dic 2019
Modificato: KSSV il 17 Dic 2019

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YOu need to proceed like this:
m = 300 ; n = 100 ;
x = linspace(0,100,m) ;
eta0 = 2 ;
L = 100 ;
W = 100 ;
v = 0.14 ;
t = 5.95 ;
y1 = linspace(-150,-50,n) ;
[X,Y1] = meshgrid(x,y1) ;
T1 = eta0*v*t/(2*L)*(1-cos(pi/50*X)).*(1-cos(pi/100*(Y1+150))) ;
y2 = linspace(-50,50,n) ;
[X,Y2] = meshgrid(x,y2) ;
T2 = eta0*v*t/L*(1-cos(pi/50*X)) ;
y3 = linspace(50,150,n) ;
[X,Y3] = meshgrid(x,y3) ;
T3 = eta0*v*t/(2*L)*(1-cos(pi/50*X)).*(1+cos(pi/100*(Y3-150))) ;
X = [X ; X; X] ;
Y = [Y1 ; Y2 ;Y3] ;
eta = [T1 ; T2 ; T3] ;
surf(X,Y,eta) ;
You need to make some changes in the above code...which you should figure out.
This is the intitial deformation for tusnami.By the way I am interested to know the reference of this document; can you share the document.

1 Commento

soe min aung
soe min aung il 18 Dic 2019
Thank you sir. I sent your email for this document. Please check your email. And then, please help me for matlab code.

Accedi per commentare.

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