This paper analyzes results from micro-tensile tests on unfilled resins and adhesive bonds between restorative resin composite and dentin in terms of reliability using the Weibull probability of failure method.
The accuracy with which Tiling Assembly and Cufflinks identified the genes was determined using a point of first failure method, which assumed that the highest RPKE, where a gene was first misidentified, was the point where identification becomes unreliable.
As there is a risk of high dose radiation exposed complications, as well as multiple or repeated examinations are very likely required for patients suffered of chronic kidney failures, methods for its protection have drawn increasing attention from researchers and clinicians.
The former was predicted using the finite element method and the latter using the yield line method, the failure line method, and the compressive strut method.
The cumulative probability of having a first severe event (hospitalization > one day or death, which ever came first) from birth was assessed using a Kaplan-Meier estimation with a time-to-failure method.
The choice of failure analysis methods was flexible.
In this paper, common cause failure analysis methods are reviewed.
With the research work mentioned above, several failure assessment methods are compared in biaxial stress states.
Failure analysis methods utilized maximum principal stress and Tsai Wu criteria.
