This paper is focused on Reliability Block Diagram generation with the aim of providing a reliability prediction in the early stages of Oil&Gas product development, in particular for gas turbine auxiliary systems. Reliability assessment is achieved with a dedicated tool named RBDesigner that semi-automatically generates a RBD starting from the sketch of thermal-hydraulic systems and provides the most important reliability parameters. Furthermore this paper shows a new approach to assessing reliability of standby redundancy architectures that are widely used in Oil&Gas applications.
Improved FBD and RBD generation for system reliability assessment / M. Venzi; S. Rossin; C. Michelassi; C. Accillaro; M. Catelani; L. Ciani. - STAMPA. - (2013), pp. 266-270. (Intervento presentato al convegno 12th IMEKO TC10 Workshop on Technical Diagnostics: New Perspective in Measurements, Tools and Techniques for Industrial Applications tenutosi a Florence - Italy nel 2013).
Improved FBD and RBD generation for system reliability assessment
VENZI, MATTEO;ROSSIN, STEFANO;CATELANI, MARCANTONIO;CIANI, LORENZO
2013
Abstract
This paper is focused on Reliability Block Diagram generation with the aim of providing a reliability prediction in the early stages of Oil&Gas product development, in particular for gas turbine auxiliary systems. Reliability assessment is achieved with a dedicated tool named RBDesigner that semi-automatically generates a RBD starting from the sketch of thermal-hydraulic systems and provides the most important reliability parameters. Furthermore this paper shows a new approach to assessing reliability of standby redundancy architectures that are widely used in Oil&Gas applications.
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