Sentence examples for cycle considerations from inspiring English sources

The approach illustrates how different aspects of the system are analyzed to address a multitude of concerns related to system functionality, interfaces, performance, distribution, and life cycle considerations.

To demonstrate how this can be carried out at a practical level, this paper proposes a simplified methodology for integrating life cycle considerations into process design.

Thus, not only do both holdings run the same dangers of "trivializing" NEPA, but also the same "traditional concepts relating to appropriations and the budget cycle, considerations of timing and confidentiality," 43 Fed.Reg.Reg

(Emphasis supplied). CEQ explained this reversal by noting that, on the basis of "traditional concepts relating to appropriations and the budget cycle, considerations of timing and confidentiality, and other factors,... the Council in its experience found that preparation of EISs is ill-suited to the budget preparation process". 17 43 Fed.Reg., at 55989.

We also leave business cycle considerations for future work.18 As a result, we interpret our findings as robust lower-bound estimations of the extension of voluntary unemployment.19.

Building on strategies from traditional environmental risk analysis for identifying research objectives, bounding problems, articulating uncertainties, and defining endpoints for analysis, we model complex and dynamic interactions of nanomaterials with the environment, and address life cycle considerations while reflecting the uncertainties in the current state of the science.

Emphasis is on quantitative decision making based on life-cycle considerations that incorporate direct losses, downtime losses, and collapse, and the associated uncertainties.

An optimal unit sizing method is presented for stand-alone microgrids with practical system and component life-cycle considerations.

The factor group "Regulations and standards of green procurement by the government" is the most significant, followed by "Life-cycle considerations and green construction technology" and "Executive management's commitments and requirements".

Moreover, the system proves the feasibility of developing an open-architecture CAD system supported by design of experiment (DOE) based optimization methods to integrate product life-cycle considerations into the design.

This paper presents an integration framework that aims at facilitating the inclusion of life-cycle considerations in the design process from the outset, so that materials and systems are selected not only from environmentally friendly resources, but most importantly, to match service life performance expectations.