There are variety of statistical distributions which cover most of the problem in reliability and time to event analysis. Birnbaum Saunders?s distribution popularly named as Fatigue Life model is commonly and extensively applied for those quality characteristics of measurements which are associated with high occurrences. In this paper an applicative example is illustrated for earlier presented data sets that exhibiting Fatigue measurements constituted by Fatigue failure time of 3034 aluminum coupons oscillated at 18 cycles per second under 3 different stress levels with the fact that varying stress level producing number of failures which make the process out of control. So an algorithm is defined to first transform fatigue measurements to ...
Various material factors and testing conditions which contribute to the scatter found in fatigue dat...
The uniform statistical model of fatigue strength is provided in the article. This model combines pa...
A mechanical component can break due to repeated load cycling, even if these loads remain well below...
The overall objective of this study is to develop methods for providing a statistical summary of mat...
The fatigue-limit model studied here contains an unknown fatigue limit parameter. Under this model, ...
For a mechanical system exposed to repeated cyclic loads fatigue is one of the most common reasons f...
For a mechanical system exposed to repeated cyclic loads fatigue is one of the most common reasons f...
For a mechanical system exposed to repeated cyclic loads fatigue is one of the most common reasons f...
Low cycle fatigue life and crack growth rates were analysis established for random load sequences, g...
Low cycle fatigue life and crack growth rates were analysis established for random load sequences, g...
This thesis treats the problem of fatigue life prediction. The emphasis is on the development of sim...
Low cycle fatigue life and crack growth rates were analytically estimated for random load sequences,...
The aim of this paper is to introduce a parametric distribution model in fatigue life reliability an...
This thesis treats the problem of fatigue life prediction. The emphasis is on the development of sim...
Probabilistic failure analysis is essential when analysis of stress-life (S-N) curves is inconclusiv...
Various material factors and testing conditions which contribute to the scatter found in fatigue dat...
The uniform statistical model of fatigue strength is provided in the article. This model combines pa...
A mechanical component can break due to repeated load cycling, even if these loads remain well below...
The overall objective of this study is to develop methods for providing a statistical summary of mat...
The fatigue-limit model studied here contains an unknown fatigue limit parameter. Under this model, ...
For a mechanical system exposed to repeated cyclic loads fatigue is one of the most common reasons f...
For a mechanical system exposed to repeated cyclic loads fatigue is one of the most common reasons f...
For a mechanical system exposed to repeated cyclic loads fatigue is one of the most common reasons f...
Low cycle fatigue life and crack growth rates were analysis established for random load sequences, g...
Low cycle fatigue life and crack growth rates were analysis established for random load sequences, g...
This thesis treats the problem of fatigue life prediction. The emphasis is on the development of sim...
Low cycle fatigue life and crack growth rates were analytically estimated for random load sequences,...
The aim of this paper is to introduce a parametric distribution model in fatigue life reliability an...
This thesis treats the problem of fatigue life prediction. The emphasis is on the development of sim...
Probabilistic failure analysis is essential when analysis of stress-life (S-N) curves is inconclusiv...
Various material factors and testing conditions which contribute to the scatter found in fatigue dat...
The uniform statistical model of fatigue strength is provided in the article. This model combines pa...
A mechanical component can break due to repeated load cycling, even if these loads remain well below...