The simulation allows supporting shipbuilding design, in effect its use for evaluating the whole life cycle of new vessels is a very strategic issue able to guarantee a more effective configuration management. This paper concentrates in the development of models devoted to analyze the life cycle of a new carrier and to correlate the expected costs and performances with available figures through a complex identification process. The paper presents the related global architecture with some experimental results obtained in relation to the new aircraft carrier project used for validation.
Simulation and Optimization as Decision Support System in Relation to Life Cycle Cost of New Aircraft Carriers
A. BRUZZONE;MASSEI M;POGGI S.
2006-01-01
Abstract
The simulation allows supporting shipbuilding design, in effect its use for evaluating the whole life cycle of new vessels is a very strategic issue able to guarantee a more effective configuration management. This paper concentrates in the development of models devoted to analyze the life cycle of a new carrier and to correlate the expected costs and performances with available figures through a complex identification process. The paper presents the related global architecture with some experimental results obtained in relation to the new aircraft carrier project used for validation.
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