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clear
//
//
//Given
//Variable declaration
d=1.2 //Diameter in m
p=1.5 //Internal pressure in MN/sq.m
sigmat_star=200 //Yield stress in MN/sq.m
Sf=3 //Factor of safety
//Calculation
sigmat=sigmat_star/Sf //Permissible stress in simple tension in MN/sq.m
//case(i):Thickness on the basis of Maximum principal stress theory
t1=((p*d)/2)/sigmat*1e3
//case(ii):Thickness on the basis of Maximum shear stress theory
t2=((p*d)/2)/sigmat*1e3
//case(iii):Thickness on the basis of Maximum shear strain energy theory
t3=(sqrt((((p*d/2)**2)+((p*d/4)**2)-((p*d/2)*(p*d/4)))/(sigmat**2)))
//Result
printf("\n Thickness of plate on the basis of maximum principal stress theory = %0.3f mm ",t1)
printf("\n Thickness of plate on the basis of maximum shear stress theory = %0.3f mm ",t2)
printf("\n Thickness of plate on the basis of maximum shear strain energy theory = %0.3f mm ",t3)
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