Reliability and Availability Modeling for Accelerator Driven Facilities

Accelerator driven facilities are and will have to be designed to a very high level of reliability and beam availability to meet expectations of the users and experiments. In order to fulfil these demanding requirements on reliability and overall beam avai lability, statistical models have been deve...

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Autores principales: Rey Orozko, Odei, Bargalló, Enric, Nordt, Annika, Apollonio, Andrea, Schmidt, Ruediger
Lenguaje:eng
Publicado: 2014
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/2003184
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author Rey Orozko, Odei
Bargalló, Enric
Nordt, Annika
Apollonio, Andrea
Schmidt, Ruediger
author_facet Rey Orozko, Odei
Bargalló, Enric
Nordt, Annika
Apollonio, Andrea
Schmidt, Ruediger
author_sort Rey Orozko, Odei
collection CERN
description Accelerator driven facilities are and will have to be designed to a very high level of reliability and beam availability to meet expectations of the users and experiments. In order to fulfil these demanding requirements on reliability and overall beam avai lability, statistical models have been developed. We compare different statistical reliability models as well as tools in terms of their performance, capacity and user - friendliness. In addition we also benchmarked some of the existing models. We will pres ent in detail a tool being used f or LHC and LINAC4, which is based on the commercially available software package Isograph, and a tool using Excel Visual Basics for Applications.
id oai-inspirehep.net-1314571
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2014
record_format invenio
spelling oai-inspirehep.net-13145712022-08-17T13:30:41Zhttp://cds.cern.ch/record/2003184engRey Orozko, OdeiBargalló, EnricNordt, AnnikaApollonio, AndreaSchmidt, RuedigerReliability and Availability Modeling for Accelerator Driven FacilitiesAccelerators and Storage RingsAccelerator driven facilities are and will have to be designed to a very high level of reliability and beam availability to meet expectations of the users and experiments. In order to fulfil these demanding requirements on reliability and overall beam avai lability, statistical models have been developed. We compare different statistical reliability models as well as tools in terms of their performance, capacity and user - friendliness. In addition we also benchmarked some of the existing models. We will pres ent in detail a tool being used f or LHC and LINAC4, which is based on the commercially available software package Isograph, and a tool using Excel Visual Basics for Applications.oai:inspirehep.net:13145712014
spellingShingle Accelerators and Storage Rings
Rey Orozko, Odei
Bargalló, Enric
Nordt, Annika
Apollonio, Andrea
Schmidt, Ruediger
Reliability and Availability Modeling for Accelerator Driven Facilities
title Reliability and Availability Modeling for Accelerator Driven Facilities
title_full Reliability and Availability Modeling for Accelerator Driven Facilities
title_fullStr Reliability and Availability Modeling for Accelerator Driven Facilities
title_full_unstemmed Reliability and Availability Modeling for Accelerator Driven Facilities
title_short Reliability and Availability Modeling for Accelerator Driven Facilities
title_sort reliability and availability modeling for accelerator driven facilities
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/2003184
work_keys_str_mv AT reyorozkoodei reliabilityandavailabilitymodelingforacceleratordrivenfacilities
AT bargalloenric reliabilityandavailabilitymodelingforacceleratordrivenfacilities
AT nordtannika reliabilityandavailabilitymodelingforacceleratordrivenfacilities
AT apollonioandrea reliabilityandavailabilitymodelingforacceleratordrivenfacilities
AT schmidtruediger reliabilityandavailabilitymodelingforacceleratordrivenfacilities

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