Question: This problem is meant as a MATLAB exercise.. Maximum Shear Stress 2 0x -0. x y 2 T max + T xy 2 = T,

 This problem is meant as a MATLAB exercise.. Maximum Shear Stress

2 0x -0. x y 2 T max + T xy 2

= T, 2P 2P r costo = (x + y) 2P 2P

This problem is meant as a MATLAB exercise..

Maximum Shear Stress 2 0x -0. x y 2 T max + T xy 2 = T, 2P 2P r costo = (x + y) 2P 2P ry? sin cos TT (r + y) 2P ry sin cose TT (r + y) TT. 2P m 16, Try TT Using non-dimensional coordinates (i=x/a. y = y/a): a) Make a three-dimensional surface plot and a two-dimensional (non-flooded but colored) contour line plot of the absolute maximum non-dimensional shear stress (1/[/a]) as a two dimensional function of i and . Use the exact ranges: 05833; -2552. You will have to non-dimensionalize the equations. Values for P and a are not required. Maximum Shear Stress 2 0x -0. x y 2 T max + T xy 2 = T, 2P 2P r costo = (x + y) 2P 2P ry? sin cos TT (r + y) 2P ry sin cose TT (r + y) TT. 2P m 16, Try TT Using non-dimensional coordinates (i=x/a. y = y/a): a) Make a three-dimensional surface plot and a two-dimensional (non-flooded but colored) contour line plot of the absolute maximum non-dimensional shear stress (1/[/a]) as a two dimensional function of i and . Use the exact ranges: 05833; -2552. You will have to non-dimensionalize the equations. Values for P and a are not required

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