Sentence examples for criticality method from inspiring English sources
The method presented has been developed in an action research-based approach in an aerospace company where a product design team validated and evaluated the material criticality method.
The FMECA (Failure Modes their Effects and Criticality Analysis) method, to be discussed in the present work, consider systematically and successively each component of the tank and its failure modes analysis.
In order to assure the safety of operators and to upgrade the quality and reliability of the initiator, the human error criticality analysis (HECA) method was applied to identify the critical human tasks, critical human error modes, and the human reliability information of initiator assembly tasks in this study.
This reading of speculative design re-centers the "criticality" from the method itself to its ability to advance agendas that challenge dominant practices in technology design.
Under certain conditions on the parameters a and b, using the principle of symmetric criticality and variational methods, we prove that the problem has at least one solution in the case (fequiv0) and at least two solutions in the case (f notequiv0), if (p< q< p^_{N,m}).
In this paper, we develop this theoretical possibility and demonstrate with numerical examples that implementations of the VVR method for criticality problems can approximate O(1/N) convergence for significantly large values of N.
To overcome such drawbacks, we propose a method of criticality characterization on the basis of kinetic modeling.
Simplified, the higher the criticality of the PAT method to a product CQA, the greater the expected level of detail for any changes to the PAT method.
The critical experiment adopts a method of extrapolating to approach criticality.
Birnbaum importance (BI) and criticality importance (CI) evaluation methods are used to evaluate the importance level of each component and investigate the impact of associated factors.
Thus theoretically, the criticality characterization proposed in our method is the study of structural factors built into the "driving force" of a system.
