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8/9/2019 6.3 Force Mode Flow Rate 1
1/16
Force mode readings a
Sl!o
1 10 107.5 103.3 27.4
2 10 107.4 103.5 28.1
3 10 107.4 103.3 29.3
4 10 107.4 103.4 30.2
5 10 107.5 103.4 31
6 10 107.6 103.4 32.2
7 10 107.6 103.9 33
8 10 107.7 103.6 34
9 10 107.7 103.7 34.9
10 10 107.7 103.7 35.711 10 107.7 103.7 36.6
12 10 107.6 103.7 37.5
13 10 107.6 103.7 38.4
14 10 107.9 103.7 39.2
15 10 107.3 103.3 39.9
Sl No. $b %&'m$( )b %m( *e %m+2( *c %m+2(
1 0.04 0.05 0.3271 0.74115
2 0.04 0.05 0.3271 0.74115
3 0.04 0.05 0.3271 0.74115
4 0.04 0.05 0.3271 0.74115
5 0.04 0.05 0.3271 0.74115
6 0.04 0.05 0.3271 0.74115
7 0.04 0.05 0.3271 0.74115
8 0.04 0.05 0.3271 0.74115
9 0.04 0.05 0.3271 0.7411510 0.04 0.05 0.3271 0.74115
11 0.04 0.05 0.3271 0.74115
12 0.04 0.05 0.3271 0.74115
13 0.04 0.05 0.3271 0.74115
14 0.04 0.05 0.3271 0.74115
15 0.04 0.05 0.3271 0.74115
Time Durationin ,in
nlet .ressure%$/a(
Outlet.ressure %$/a(
nlet aterTem/ %"(
8/9/2019 6.3 Force Mode Flow Rate 1
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Sl.No m dot in %'sec( in %&'m+2( " f
1 0.0166666667 600 342.760484 1.456348625
2 0.0166666667 600 342.760484 1.456348625
3 0.0192166667 600 342.760484 1.456348625
4 0.0272 600 342.760484 1.4563486255 0.03075 600 342.760484 1.456348625
6 0.02075 600 342.760484 1.456348625
7 0.02275 600 342.760484 1.456348625
8 0.0238666667 600 342.760484 1.456348625
9 0.0270166667 600 342.760484 1.456348625
10 0.0205833333 600 342.760484 1.456348625
11 0.0220666667 600 342.760484 1.456348625
12 0.02225 600 342.760484 1.456348625
13 0.0254 600 342.760484 1.456348625
14 0.0206 600 342.760484 1.45634862515 0.0225666667 600 342.760484 1.456348625
Table-4: "alculation of h5
Sl !o !u
1 26.8 0.5998 0.0115 4.36
2 30.8 0.6082 0.0115 4.36
3 31.5 0.6089 0.0115 4.364 33.1 0.6105 0.0115 4.36
5 33.5 0.6109 0.0115 4.36
6 34.1 0.6115 0.0115 4.36
7 34.9 0.6123 0.0115 4.36
8 35.9 0.6133 0.0115 4.36
9 37 0.6144 0.0115 4.36
10 37.9 0.6153 0.0115 4.36
11 38.7 0.6161 0.0115 4.36
12 39.2 0.6166 0.0115 4.36
13 39.8 0.6172 0.0115 4.3614 40.8 0.6182 0.0115 4.36
15 41.6 0.619 0.0115 4.36
&atertem/erature Deg
"
&aterconductivity
%'m6(nner /i/e
diameters %m(
Table-7:"alculation of F8 F'8 F9
8/9/2019 6.3 Force Mode Flow Rate 1
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8/9/2019 6.3 Force Mode Flow Rate 1
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9 16.21 362.0557533333
10 12.35 275.8413666667
11 13.24 295.7198133333
12 13.35 298.1767
13 15.24 340.39048
14 12.36 276.06472
15 13.54 302.4204133333
Sl!o
1 600 360000 266814 223.353333333
2 600 360000 266814 223.3533333333 600 360000 266814 257.526393333
4 600 360000 266814 364.51264
5 600 360000 266814 412.0869
6 600 360000 266814 278.0749
7 600 360000 266814 304.8773
8 600 360000 266814 319.841973333
9 600 360000 266814 362.055753333
10 600 360000 266814 275.841366667
11 600 360000 266814 295.719813333
12 600 360000 266814 298.176713 600 360000 266814 340.39048
14 600 360000 266814 276.06472
15 600 360000 266814 302.420413333
"al
Durationbet&een t&o
readings in secTotal in
sec'm+2;>ective in sec
.um/ energyin
8/9/2019 6.3 Force Mode Flow Rate 1
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d calculation of the Thermal Training systeDate: 13-11-2013
Table-1Observed values
Flo& %.,(
26.8 25.5 26.7 23.2 1
30.8 58.9 27 24.3 1
31.5 61.3 28.1 24.5 1.153
33.1 61.6 29.1 24.6 1.632
33.5 61.9 29.8 24.2 1.845
34.1 62.9 31 24.3 1.245
34.9 63.6 31.9 24.4 1.365
35.9 63.9 32.8 24.5 1.432
37 64.4 33.9 24.5 1.621
37.9 64.8 34.2 24.7 1.23538.7 65.6 35.6 24.6 1.324
39.2 66.5 36.1 24.4 1.335
39.8 67.6 37.3 24.6 1.524
40.8 67.8 38.2 24.5 1.236
41.6 68.6 38.6 24.5 1.354
Table-2"onstant #alues
? deg ! @ A B %'m+2$+4(
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-00860 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
60 1 0.85 0.96 5.67,-008
Outlet aterTem/ %"(
.late Tem/%"(
Cot aterTem/ %"(
*mbientTem/ %"(
8/9/2019 6.3 Force Mode Flow Rate 1
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Table-3"alculation of
ha Ta %$( Ti %$( To %$( T/ %$(
9.5 296.2 300.4 299.8 298.5
9.5 297.3 301.1 303.8 331.9
9.5 297.5 302.3 304.5 334.3
9.5 297.6 303.2 306.1 334.69.5 297.2 304 306.5 334.9
9.5 297.3 305.2 307.1 335.9
9.5 297.4 306 307.9 336.6
9.5 297.5 307 308.9 336.9
9.5 297.5 307.9 310 337.4
9.5 297.7 308.7 310.9 337.8
9.5 297.6 309.6 311.7 338.6
9.5 297.4 310.5 312.2 339.5
9.5 297.6 311.4 312.8 340.6
9.5 297.5 312.2 313.8 340.89.5 297.5 312.9 314.6 341.6
h5 %'m+26(
227.40243478
230.58713043
230.85252174231.45913043
231.61078261
231.83826087
232.14156522
232.52069565
232.93773913
233.27895652
233.58226087
233.77182609
233.99930435234.37843478
234.68173913
8/9/2019 6.3 Force Mode Flow Rate 1
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0.8341583745 0.977820659 0.8248732532
0.8443158043 0.9791796084 0.8354954896
0.8439214119 0.9818658401 0.83624617
0.8439007918 0.9871460566 0.83846537060.8440117358 0.9886286247 0.8392038018
0.8438420235 0.98317269 0.8367221467
0.8437247836 0.9846249466 0.837221877
0.8436788179 0.9853301968 0.8374752746
0.8436379844 0.987021746 0.8381515914
0.8435363278 0.9829840525 0.8363390145
0.8434662002 0.984107615 0.8367459602
0.843398287 0.9842281029 0.8367296692
0.8431601111 0.9861461121 0.8373060084
0.8431951866 0.9829447194 0.8359841060.8430810556 0.984403999 0.8364894856
F' F91 F9
8/9/2019 6.3 Force Mode Flow Rate 1
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able-