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author | prashantsinalkar | 2017-10-10 12:38:01 +0530 |
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committer | prashantsinalkar | 2017-10-10 12:38:01 +0530 |
commit | f35ea80659b6a49d1bb2ce1d7d002583f3f40947 (patch) | |
tree | eb72842d800ac1233e9d890e020eac5fd41b0b1b /587/CH2/EX2.14 | |
parent | 7f60ea012dd2524dae921a2a35adbf7ef21f2bb6 (diff) | |
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updated the code
Diffstat (limited to '587/CH2/EX2.14')
-rwxr-xr-x | 587/CH2/EX2.14/example2_14.sce | 45 |
1 files changed, 23 insertions, 22 deletions
diff --git a/587/CH2/EX2.14/example2_14.sce b/587/CH2/EX2.14/example2_14.sce index d49bf3ec8..a6c6d7a36 100755 --- a/587/CH2/EX2.14/example2_14.sce +++ b/587/CH2/EX2.14/example2_14.sce @@ -1,23 +1,24 @@ -clear;
-clc;
-
-//Example2.14[Heat Conduction in a Solar Heated Wall]
-//Given:-
-L=0.06;//Thickness of wall[m]
-k=1.2;//Thermal Conductivity[W/m.degree Celcius]
-e=0.85;//Emissivity
-a=0.26;//Solar absorptivity
-T1=300;//Temp of Inner surface of Wall[K]
-q_solar=800;//Incident rate of solar radiation[W/m^2]
-T_space=0;//Temp of outer space[K]
-//Solution:-
-//Integrating results into
-function[f]=temp(T)
- f(1)=(((a*q_solar)-(e*5.67*10^(-8)*T(1)^4))*(L/k))+T1-T(1);
- deff('[f]=temp(T)',['f_1(T)=(((a*q_solar)-(e*5.67*10^(-8)*T(1)^4))*(L/k))+T1-T(1)'])
-endfunction
-
- disp("K",xs,"The outer surface temperature is ")
- //First execute the program with x0=[1] then [xs,fxs,m]=fsolve(x0',temp) then re-execute to obtain correct output as for 1st exeution 'xs' is undefined
- q=k*(T1-xs)/L;
+clear; +clc; + +//Example2.14[Heat Conduction in a Solar Heated Wall] +//Given:- +L=0.06;//Thickness of wall[m] +k=1.2;//Thermal Conductivity[W/m.degree Celcius] +e=0.85;//Emissivity +a=0.26;//Solar absorptivity +T1=300;//Temp of Inner surface of Wall[K] +q_solar=800;//Incident rate of solar radiation[W/m^2] +T_space=0;//Temp of outer space[K] +//Solution:- +//Integrating results into +function[f]=temp(T) + f(1)=(((a*q_solar)-(e*5.67*10^(-8)*T(1)^4))*(L/k))+T1-T(1); + deff('[f]=temp(T)',['f_1(T)=(((a*q_solar)-(e*5.67*10^(-8)*T(1)^4))*(L/k))+T1-T(1)']) +endfunction +x0=[1] +[xs,fxs,m]=fsolve(x0',temp); + disp("K",xs,"The outer surface temperature is ") + //First execute the program with x0=[1] then [xs,fxs,m]=fsolve(x0',temp) then re-execute to obtain correct output as for 1st exeution 'xs' is undefined + q=k*(T1-xs)/L; disp("W/m^2",round(q),"The steady rate of heat conduction through the wall is")
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