Sentence examples for risk analysis methodologies from inspiring English sources

Dam safety based on risk analysis methodologies demand quantification of the risk of the dam-reservoir system.

The understanding of railway track drainage associated failure can be further used to infer engineering knowledge into railway performance models and associated risk analysis methodologies.

A data-driven dynamic risk analysis methodology is proposed here.

Furthermore, we propose a risk analysis methodology to trade-off performance against reliability.

In particular, LIRA is a top-down risk analysis methodology that analyzes system functionality for fixed and mobile assets.

This paper extends a previous graph-based risk analysis methodology to dynamically assess the evolution of cascading failures over time.

The risk analysis methodology on which this procedure rests, is described with an emphasis on determining the characteristic accidental actions with due account of possible risk reduction actions.

In particular, there is no standard guideline on risk analysis methodology, acceptability or tolerability criteria, nor is there an accident database or a risk reduction strategy for the areas where risk levels are already high.

In order to fill the gaps and provide guidance on Natech risk assessment to operators, a systematic risk analysis methodology was developed and resulted firstly in proposing general reference bow-ties that reconfigure accidental scenarios triggered by flood events.

Sierla et al. (2012) in their paper introduced a risk analysis methodology that can be applied at the early concept design phase, whose purpose is to identify fault propagation paths that cross disciplinary boundaries, and determine the combined impact of several faults in software-based automation subsystems, electric subsystems, and mechanical subsystems.

Building on these bow-ties, the risk analysis methodology will be completed and a checklist simple to use, along with a list proposing preventive and protective measures, to be used by operators in order to decrease the vulnerability of their industrial facilities to technological accidents triggered by floods will be developed in future work.