This paper introduces a case study featuring Axiomatic Design and Multi-Level Hierarchical model (MLH) applied to redesign a fire-fighting pump set. In particular, two different design concepts are presented to be applied to the supporting frame of the system to limit a vibration problem that can arise during potential malfunctioning of the fire-fighting pump. The selection of the best design has been carried out through reliability evaluation process and through the cost of failure based on the MLH model.
Improving Reliability of a fire-fighting pump set with Axiomatic Design
Arcidiacono G;
2017-01-01
Abstract
This paper introduces a case study featuring Axiomatic Design and Multi-Level Hierarchical model (MLH) applied to redesign a fire-fighting pump set. In particular, two different design concepts are presented to be applied to the supporting frame of the system to limit a vibration problem that can arise during potential malfunctioning of the fire-fighting pump. The selection of the best design has been carried out through reliability evaluation process and through the cost of failure based on the MLH model.File in questo prodotto:
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