The phrase "application of hazard analysis" is correct and usable in written English.
It can be used in contexts related to safety, risk management, or quality control, where hazard analysis is being implemented or discussed.
Example: "The application of hazard analysis is crucial in ensuring the safety of our production processes."
Alternatives: "implementation of hazard analysis" or "utilization of hazard analysis".
Consequence analysis requires the access to extensive amounts of information, and its application without appropriate software and hardware infrastructure is nowadays quite unreal, therefore, utilization of a smart software framework seems to be the most straightforward procedure of hazard analysis.
Analysis at an early stage of the design process, and on a system that interfaces directly to an unstructured environment, exposes certain issues relevant to the application of current hazard analysis methods.
The application of hazard and risk analysis to specific project areas prone to uncharacteristic wildland fires is a useful way to estimate the effects of management alternatives (including no action).
We present a few basic examples of the application of VaR to hazard analysis in the chemical process industry.
Responsible manufacturers at both the initial "dietary ingredient" and final dosage form "dietary supplement" experience a number of anomalous findings in expected parameters for quality through the rigorous application of in-house hazard analysis and critical control point (HACCP) and GMP systems of incoming raw material qualification and compliance.
This paper elaborates the application of probabilistic seismic hazard analysis (PSHA) technique, following Cornell McGuire method, to develop uniform hazard spectra (UHS) in low seismic region.
These guidelines are for the application of hazard characterization to microbial hazards in water and food.
Similarly, the simulated acceleration time series at Minami Aso village has applications for seismic hazard analysis, such as slope stability analysis or landslide run-out estimation.
The review is performed from the perspective of a user of the results of seismic hazard analysis for different applications such as the design of critical and general (non-critical) civil infrastructures, technical and financial risk analysis.
A prototype application of ontology-based job hazard analysis (JHA) and visualization is implemented to further illustrate the applicability and effectiveness of the developed ontology.
