Abstract
This paper presents a hybrid methodology for conceptual design of large systems with the goal of enhancing system reliability. It integrates the features of several design methodologies and maintenance planning concepts with the traditional reliability analysis. The methodology considers the temporal quality characteristic “reliability” as the main objective and determines the optimal system design. Key ideas from several design methodologies, namely axiomatic design, robust design, and the theory of inventive problem solving, have been integrated with the functional prioritization framework provided by reliability-centered maintenance. A case study of the conceptual design of a multiphase pumping station for crude oil production is presented. The methodology provides a new design tool for determining system configurations with enhanced reliability taking into account maintenance resources and variability.
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Sarno, E., Kumar, V. & Li, W. A hybrid methodology for enhancing reliability of large systems in conceptual design and its application to the design of a multiphase flow station. Res Eng Design 16, 27–41 (2005). https://doi.org/10.1007/s00163-005-0003-1
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DOI: https://doi.org/10.1007/s00163-005-0003-1