Inderscience Publishers

Robust reliability design of a nuclear system by multiple objective evolutionary optimisation

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This paper proposes the use of multiple objective evolutionary algorithms and interval arithmetic for the robust reliability design of complex systems such as those employed in nuclear engineering. A numerical example, relative to the residual heat removal system of a nuclear power plant, is presented to illustrate the benefits of the approach.

Keywords: decision making, interval arithmetic, maximal volume inner box, multiple objectives, multiple objective evolutionary algorithms, MOEA, genetic algorithms, multiple-objective problems, nuclear power plants, NPP, nuclear energy, nondominated sorted genetic algorithm II, NSGA-II, nuclear systems, reliability analysis, residual heat removal systems, robust design, single objectives, nuclear engineering

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