The phrase "a vulnerability analysis" is correct and usable in written English.
It can be used in contexts related to cybersecurity, risk assessment, or evaluating weaknesses in systems or processes.
Example: "The team conducted a vulnerability analysis to identify potential security risks in the software."
Alternatives: "a risk assessment" or "a security evaluation."
Finally, a vulnerability analysis of these buildings is performed as a basis for evaluating repair costs.
A vulnerability analysis provided the distribution of the buildings' typology in the urban centre and allowed for computing the expected damages.
To strengthen the discussion and exemplify its findings, a Monte Carlo-based reliability analysis and a vulnerability analysis are considered in their application to a relatively simple, but representative, system the IEEE RTS96 electric power test system.
But a differentiation of the degree of potential damage, and hence a vulnerability analysis, is not explicitly required.
Based on a vulnerability analysis (Heckmann 2011) and tracer tests (Eiche et al. 2013), it is proven that the sinkhole is connected to the Bribin system.
We then propose a vulnerability analysis methodology which combines these finite state abstractions with formal analytics from theoretical computer science to yield a comprehensive vulnerability analysis process for networks of real-world scale and complexity.
After a preliminary vulnerability analysis carried out to assess the safety of the bust, a specific intervention of seismic isolation is conceived and realized by adopting Double Concave Curved Surface Sliders (DCCSS), which combine a strong flexibility to different museum contexts, with the possibility of standardizing the production process.
A thorough vulnerability analysis of existing equipment, especially high-value items, will result in a number of effective strategies for mitigating the effects of EMI.
Loughnan, M. E., A spatial vulnerability analysis of urban populations during extreme heat events in Australian capital cities 2013.
In examining what the future might become rather than what it should become, this approach provides a geographic vulnerability analysis that can help stakeholders assess the long-term success of pending local environmental plans and, thereby, make decisions that are more robust to uncertainties related to exogenous forces of change.
Guettiche et al. (2017) performed a seismic vulnerability analysis of this area based on methods developed by Riedel et al. (2014) and Riedel et al. (2015), which were validated by comparing classical in situ engineering survey results.
