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Journal Photo for Safety and Reliability
Peer reviewed only Open Access

Safety and Reliability (SR)

Publisher : Taylor & Francis
Socila Safety and Reliability risk analysis
e-ISSN 2469-4126
p-ISSN 0961-7353
Issue Frequency Quarterly
Impact Factor 2.2
Est. Year 1980
Mobile 4402080520500
DOI YES
Language English
APC YES
Impact Factor Assignee Chris Harrison
Email info@sars.org.uk

Journal Descriptions

Aims and scope Safety and Reliability publishes high-quality, peer-reviewed papers to promote safety, reliability and other related fields in all industries. Safety and Reliability seeks new insights into the many factors that contribute to the development and implementation of safety and reliability, including: Safety, reliability and risk analysis, assessment and management Modelling, prediction and testing Safety culture and human factors We also encourage work that describes the cross-sector transfer of best practice in safety and reliability. Safety and Reliability publishes relevant research papers, review articles, case studies, event summaries, opinion pieces and book reviews. Once your article has been assessed for suitability by the editor, it will then be single-anonymized peer-reviewed by independent, anonymous expert referees. You can find out more information on submitting a manuscript via our Instructions for Authors page.

Safety and Reliability (SR) is :-

  • International, Peer-Reviewed, Open Access, Refereed, Socila, Safety and Reliability, risk analysis, Modelling, assessment, Safety culture, human factors, prediction and testing , Online or Print , Quarterly Journal

  • UGC Approved, ISSN Approved: P-ISSN P-ISSN: 0961-7353, E-ISSN: 2469-4126, Established: 1980, Impact Factor: 2.2
  • Provides Crossref DOI
  • Not indexed in Scopus, WoS, DOAJ, PubMed, UGC CARE

Indexing

Publications of SR

Paul Swuste December, 2016
Objective: What metaphors, models and theories were developed in the safety science domain? And which research was based upon ‘big data’?Method: The study was confined to original articl...
Ben Ale November, 2016
Big Data can help overcome various problems that exist in present risk analysis practices. By analysing systems as a whole, it is no longer necessary to define in advance what a failure is a...
Richard Snodgrass May, 2018
There is an increasing trend towards people working post 65 years. This is due to a number of factors: social, economic, political and psychological. Very little work has been done looking a...
Zoe Chaplin October, 2017
The Health and Safety Executive (HSE) use the PIPINV3 (PIPeline INtegrity) model to predict failure frequencies for major accident hazard (MAH) pipelines. The failure frequencies generated b...
Alberto Martinetti September, 2025
The changes currently being experienced by industry demand more flexibility and more interconnections. More interconnections mean more extended domino effects within a network in case of fai...
Barry Kirwan February, 2019
Since its inception following the Chernobyl nuclear power plant disaster in 1986, safety culture has impacted a number of industries, including nuclear power, the oil and gas industry, rail,...
Mohammad Rajabalinejad February, 2020
Systems integration is a major challenge across many disciplines, with a large number of technical, project, organisational or environmental problems occurring as a result of improper integr...
E.B. Abrahamsen May, 2020
International standards have a key role in establishing consistent terminology. Amongst these is the recently published and revised ISO standard on reliability and maintenance data collectio...
Tony Lee October, 2020
Reliability engineering is a well-defined field and systemic analysis is not new. Typically, the first raw-moment (MTTF) is all that is sought in applications of this method and a rule-of-th...
My Thi March, 2022
The importance of leadership on safety has been well acknowledged and studied for many years in various high-risk industries. This paper aims at (1) synthesising the existing safety leadersh...