Microsoft(R) Windows NT(TM)
(C) Copyright 1985-1996 Microsoft Corp.
H:\>a:
A:\>rely8
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| Monte Carlo Simulation |
| By Pracha Vorarittinapa |
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Enter no. of samples to be generated = ?
1000
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Statistics of Safety Margin(G)
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Mean = 784.986000
Standard Deviation = 509.354800
Reliability Index = 1.541138
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New run?(0=yes,1=no)
Enter no. of samples to be generated = ?
1000
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Statistics of Safety Margin(G)
--------------------------------------
Mean = 778.009700
Standard Deviation = 527.163900
Reliability Index = 1.475840
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 774.577600
Standard Deviation = 517.595900
Reliability Index = 1.496491
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 760.851100
Standard Deviation = 509.463400
Reliability Index = 1.493436
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 798.413900
Standard Deviation = 542.224300
Reliability Index = 1.472479
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 742.864700
Standard Deviation = 500.796600
Reliability Index = 1.483366
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 756.641200
Standard Deviation = 516.981000
Reliability Index = 1.463577
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New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 763.031200
Standard Deviation = 527.134300
Reliability Index = 1.447508
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 759.007000
Standard Deviation = 506.595300
Reliability Index = 1.498251
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 774.519300
Standard Deviation = 513.286300
Reliability Index = 1.508942
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
1000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 787.062200
Standard Deviation = 533.066500
Reliability Index = 1.476480
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
10
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 881.499400
Standard Deviation = 463.856300
Reliability Index = 1.900372
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
10
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 510.092100
Standard Deviation = 409.430800
Reliability Index = 1.245857
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
10
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 730.315800
Standard Deviation = 543.726900
Reliability Index = 1.343167
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
10
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 825.357700
Standard Deviation = 467.939900
Reliability Index = 1.763811
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
100
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 799.808300
Standard Deviation = 518.810600
Reliability Index = 1.541619
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New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
100
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 780.331100
Standard Deviation = 608.998000
Reliability Index = 1.281336
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
100
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 782.206700
Standard Deviation = 601.146900
Reliability Index = 1.301191
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
100
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 728.225000
Standard Deviation = 564.307900
Reliability Index = 1.290475
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
5000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 765.527000
Standard Deviation = 517.945100
Reliability Index = 1.478008
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
5000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 788.319400
Standard Deviation = 524.467200
Reliability Index = 1.503086
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
5000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 781.142000
Standard Deviation = 537.683000
Reliability Index = 1.452793
--------------------------------------
New run?(0=yes,1=no)
0
Enter no. of samples to be generated = ?
5000
--------------------------------------
Statistics of Safety Margin(G)
--------------------------------------
Mean = 776.952100
Standard Deviation = 523.394800
Reliability Index = 1.484447
--------------------------------------
New run?(0=yes,1=no)