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+//Fluid Systems - By Shiv Kumar
+//Chapter 17- Dimensional and Model Analysis
+//Example 17.17
+//To Find the Velocity of Oil flowing in the Pipe for the condition of Dynamic Similarity.
+
+     clc
+     clear
+
+//Given:-
+     //For Model ( Working Fluid is Oil),
+          Dm=80;      //Diameter,  mm
+          nu_m=0.03;       //Kinematic Viscosity of Oil, Stoke
+          
+     //For Prototype ( Working Fluid is Water),
+           Dp=200;      //Diameter, mm
+           Vp=3.5;       //Velocity of Water in the Pipe, m/s
+           nu_p=0.01;      //Kinematic Viscosity of Water, Stoke
+
+//Computations:-
+        //From Reynold's Law of Similarity,
+               Vm=Vp*(Dp/Dm)*(nu_m/nu_p);      //Velocity of Oil, m/s
+
+//Results:-
+         printf("The Velocity of Oil , Vm=%.2f m/s\n",Vm)
+
+