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authorpriyanka2015-06-24 15:03:17 +0530
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+clear ;
+clc;
+// Example 2.6
+printf('Example 2.6\n\n');
+printf('Page No. 52\n\n');
+
+// given
+P1= 50;// Dry saturated steam pressure in bar
+P2= 0.5;// condenser pressure in bar
+
+//By using the steam tables saturation temperature is obtained at given pressures
+T1= 537//The saturation temperatue in K at 50 bar
+T2= 306//The saturation temperatue in K at 0.5 bar
+
+// For Carnot Cycle
+n=(1-(T2/T1))*100;
+printf('Efficiency percentage of Carnot Cycle is %3.0f \n',n)
+
+
+// For Rankine Cycle
+// By usins steam tables, the total heat and the sensibles heat and other remaining parameter has been calculated
+h1= 2794*10^3;//the total heat in dry steam at 50 bar in J/kg
+d= 0.655;// dryness fraction
+h2= 1725*10^3;// the entropy at state 2 in J/kg
+h3= 138*10^3;// the sensible heat at 0.5 bar in J/kg
+Vf= 1.03*10^-3;// volume of fluid im m^3,calculated from steam table
+W= (Vf*(P1-P2))*10^5;// pump work in J/kg
+E=(((h1-h2)-(W))/((h1-h3)-(W)))*100;
+printf('Efficiency percentage of Rankine Cycle is %3.0f \n',E)
+
+