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March 1, 2026Proceedings of the Institution of Mechanical Engineers Part M Journal of Engineering for the Maritime Environment0 citations

Translating functional requirements into seakeeping evaluation metrics for marine vessel design

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MZMarion Aku Atsine ZuKGKarl GarmeARAnders Rosén

Key Points

  • The aim is to convert functional requirements into effective seakeeping evaluation metrics for marine vessels.
  • Utilized task analysis methods to identify motion-critical tasks.
  • Derived seakeeping criteria based on functional requirements.
  • Applied the method to two case study vessels focusing on crew performance.
  • Seakeeping evaluation metrics vary based on the vessel's purpose.
  • The derived metrics enhance the prioritization of seakeeping in vessel design.
  • The method aids in ensuring safety and performance in early design stages.

Abstract

A challenge during vessel design is translating functional requirements into seakeeping evaluation metrics to ensure that delivered vessels are fit for purpose. This paper presents an approach based on task analysis methods for identifying and decomposing motion-critical tasks from given functional requirements, by which seakeeping evaluation metrics can be derived. The method is applied and guides the reader through deriving seakeeping criteria and standards for two case study vessels, focussing on crew performance. Findings suggest that the seakeeping evaluation metrics of different vessels will differ based on their purpose or mission. It is envisioned that the method will guide the seakeeping evaluation of vessels, which has been less prioritised in vessel design. This method can potentially ensure crew performance and safety in the early design stages.

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Cite This Study

Zu et al. (2026) studied this question.

synapsesocial.com/papers/69a3d7ccec16d51705d2e2b7https://doi.org/10.1177/14750902251412460
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