Sentence examples for material criticality from inspiring English sources
Rather than trying to be complete in our assessment, we presented several elements that could eventually become part of a very comprehensive analysis of future material criticality.
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.
As resource scarcity and material criticality become more established on the political agenda, more detailed statistics on inter-industrial metal use may become compulsory in the future, as it is already the case for the use of potential conflict minerals in the US Securities and Exchange Commissionn 2012).
Such a scenario analysis could provide the basis for dynamic assessment of material criticality, as proposed by (Roelich et al. 2014; Knoeri et al. 2013), by applying the criticality framework developed by (Graedel et al. 2012; Nuss et al. 2014) in a prospective model.
All four of these materials have been included in previous assessment of material criticality at national and EU scale and found to be of interest.
While it is important to note that we make no forecast for future world mine production, which would be required for fair comparison, or any assessment of any other factors that would lead to potential material criticality, these results are still significant.
Students are usually taught that the geometrical shape which needs the smallest amount of fissionable material to reach criticality is a sphere.
Critical material attributes (CMA) and Critical process parameters (CPP) were identified using quality risk management (QRM) tool, failure mode, effects and criticality analysis (FMECA).
Corium includes fissionable materials; therefore, a criticality safety analysis must be performed for the core catcher design.
Criticality safety controls are designed to constrain these parameters to minimize fissions and maximize neutron leakage and absorption in other materials, which makes criticality more difficult or impossible to achieve.
Accordingly, the objective of this study is to maximize the reactor core power while satisfying the limitations of shipping size, materials endurance, and criticality of a long-burning core as well as safety under beyond design basis events.
