Selection of Optimal Air Independent Propulsion System using Forced Decision Matrix | Zendy

Rishi Me | Zendy; R. Vijayakumar | Zendy; Jitendra Kumar Pandey | Zendy

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Selection of Optimal Air Independent Propulsion System using Forced Decision Matrix

Author(s) -

Rishi Me,

R. Vijayakumar,

Jitendra Kumar Pandey

Publication year - 2020

Publication title -

defence science journal

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.198

H-Index - 32

eISSN - 0976-464X

pISSN - 0011-748X

DOI - 10.14429/dsj.70.13678

Subject(s) - propulsion , decision matrix , identification (biology) , selection (genetic algorithm) , matrix (chemical analysis) , operations research , engineering , computer science , systems engineering , mathematical optimization , control engineering , mathematics , machine learning , aerospace engineering , botany , materials science , composite material , biology

A project management decision tool viz., forced decision matrix (FDM) is implemented in this paper towards identification of a suitable optimal air independent propulsion (AIP) system for submerged vehicles. FDM is utilised in order to handle the trade-off from amongst multiple propulsion technologies. FDM is based on multiattribute utility theory used extensively in decision analysis situations involving persuasive multiple alternatives. The efficiency and effectiveness of this methodology to tackle complex solutions is elaborated in this paper with appropriate calculations. A rational decision-making procedure is evolved using the FDM in order to select the best suited AIP technology for a submerged vehicle. It is inferred that FDM is an effective and potential tool towards identification of best suitable solution in a multi-option environment.

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