| Test Duration Calculation for Zero Failure testing with the Weibull Distribution |
| Sample size = | 8 |
| Required Reliability = | 95.00% |
| Required Time = | 150.000 |
| Confidence Level = | 90.0% |
| Shape Parameter = | 1.4 |
| Test Duration = | 514.2067403175 |
| True L5 Life | 450.000 |
| True Scale Parameter = | 3,754.90 |
| Probability of Passing the Test = | 61.0% |
| Test Duration for Testing With 1 Failure |
| Failure Time of Initial Test Sample = | 1.82 |
| Remaining # of Samples = | 7 |
| Reliability = | 95.00% |
| Required Time = | 150 |
| Confidence Level = | 90.0% |
| Shape Parameter = | 1.4 |
| Chi-Square Critical Value = | 7.7794403397 |
| Test Duration = | 822.615426708 |
| True L95 Life | 450 |
| True Scale Parameter = | 3,754.90 |
| Probability of Passing the Test = | 77.5% |
sajhal-1
BayesianTestingTemplate.xlsx
