Sentence examples for overall system safety from inspiring English sources

Selection of one fuel system over another will depend on circumstances particular to the application and on issues other than fuel performance, such as fabrication cost or overall system safety performance.

The analysis uncovered goal conflicts that arise at the boundaries of the organizations and how people in different roles cope with these conflicts, and their implications to overall system safety and resilience.

Together, these responsibilities should result in enforcement of the overall system safety constraints necessary to address risk.

If the basic causes are addressed, it can be expected that overall system safety is enhanced and not just a particular weakness associated with a particular incident.

The approach first ensures the compressor safety and then determines the overall system safe zone by analyzing the unsafe characteristics of main components.

I am not against killing birds to reduce the threat of bird strikes, if it is part of an overall system-wide safety approach to reduce damaging bird strikes on aircraft.

Very briefly, but fully elaborated upon in "Bird Strike," it offer three tiers of defense against damaging bird and wildlife strikes: I am not against killing birds to reduce the threat of bird strikes, if it is part of an overall system-wide safety approach to reduce damaging bird strikes on aircraft.

We sought to investigate the use of routinely collected patient-safety incident reports to create a numerical index that could help to provide a complementary perspective by supporting the monitoring of the overall system-wide safety of healthcare provision.

For example, Shedadeh et al. (2012) demonstrated that the detection of erosion enhances the overall system reliability and safety as well as the system performance.

At a sectoral level, these isolated initiatives reduce the pressure on the overall system somewhat by acting as safety valves.

Results show that during the case study period, the LOLP methodology produces more costly and less reliable reserve schedules, whereas the solution from the CVaR-method increases the safety of the overall system while decreasing the associated reserve costs, with respect to the method currently used by the Danish TSO (Transmission System Operator).