Volume 1 (2019)

 

Reliability Engineering and Resilience

ISO Abbreviation:

Reliab. Eng. Resil.

 

Journal Metrics

Acceptance Rate: 30%

 Review Speed: 96 days

 

Publication Start Year: 2019

No. of Citations (Scopus): 1

No. of Citations (Google Scholar): 8

Google Scholar h-index: 2

Issue Per Year: 2

No. of Volumes: 2

No. of Issues: 4

No. of Articles: 14

No. of Indexing Databases: 3

No. of Reviewers: 139

No. of Contributors: 33

Contributing Countries: 6

 

Article View: 9,095

PDF Download: 5,665

View Per Article: 649.64

PDF Download Per Article: 404.64

 

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Reliability Engineering and Resilience is an international open-access journal (online) published semi-annual by Pouyan Press which was founded in 2019. The idea behind Reliability Engineering and Resilience is to answer the safety problems concerns which may refer to a component or complex systems. The reliability engineering attempts to measure the safety of the structure, stipulate the minimum required safe margin, and propose methods and tools to implement the optimum safety level of a component or systems. Also, the resilience attempts to provide a mechanism to avoid an undesired failure. The focus of this journal is on applications of reliability engineering and resilience methods in several problems.

Domains of applications include a broad range of engineering and technology scopes consisting of structural, aerospace, biomechanical, mechanical, and electrical engineering. Articles submitted to this journal could also be concerned about the most significant recent developments on the topics of probabilistic approaches in engineering. The journal also provides a forum where engineering researchers can achieve information on relevant new developments in structural reliability and residence. We encourage the submission of manuscripts that make an authentic reliability and resilience contribution to a challenging engineering problem.

Failure Probability
1. Derrick-Supported Flare-Stacks Seismic Fragility Assessment: A Case Study

Bijan SayyafZadeh; Saeedeh Kouhestani; Mahdi Sharifi

Volume 2, Issue 2 , Summer and Autumn 2020, Pages 1-16

http://dx.doi.org/10.22115/rer.2021.283929.1040

Abstract
  Today oil, gas and petrochemical plants risk mitigation and management due to various aspects such as energy supply, financial implications, life loss and repairs has become a primary concern. One of the approaches that can be used for risk assessment of such these plants which are composed of different ...  Read More

Structural and Infrastructural Safety
2. A Study of Nonlinear Behavior of Multistoried Structure for Repeated Earthquake

Sachin Popat Patil; Jagadish G Kori

Volume 2, Issue 2 , Summer and Autumn 2020

http://dx.doi.org/10.22115/rer.2021.284552.1041

Abstract
  According to current practices in earthquake engineering, and as per guidelines of codes the multistoried structures are analyzed and designed only for a single, rare design earthquake. In reality, most of the locations are affected by multiple earthquakes within short time intervals, also the repeated ...  Read More

Uncertainties Evaluation of Loads and Loading Conditions
1. Developing a Lateral Load Pattern for Pushover Analysis of EBF System

Farshad Dorri; Hooman Ghasemi; Andrzej Nowak

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 42-54

http://dx.doi.org/10.22115/rer.2019.184387.1009

Abstract
  Finding an appropriate system to absorb the intended energy of the earthquake is of great importance in seismic region. The eccentric bracing frame (EBF) is one of the structural systems that reveal proper behavior during earthquakes phenomenon. In doing so, design codes attempt to optimize EBF seismic ...  Read More

System Reliability
2. Tire Pressure Checking Framework: A Review Study

Ashraf Elfasakhany

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 12-28

http://dx.doi.org/10.22115/rer.2019.86929

Abstract
  Incorrect tire pressure reduces vehicle performance, braking effectiveness, system control, and a ride comfort. Tire pressure checking framework (TPCF) is a system framework applied for checking tire pressure. This study aim at summarizing early work for the tire pressure checking framework including ...  Read More

Probabilistic Design Approaches
3. Probabilistic Strength of Steel Poles Used for Power Production and Transmissions

A. Mustapha; Olugbenga Abejide

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 29-41

http://dx.doi.org/10.22115/rer.2019.87232

Abstract
  The profound changes in engineering over the last few decades were reflected by ideas of uncertainty recognized in engineering today. Civil engineering structures like steel transmission poles are to be designed for loads created by environmental actions such as wind, snow and earthquake, but these actions ...  Read More

Life-Cycle Prediction
4. On the Transient Combustion Analysis of Iron Micro-Particles in a Gaseous Oxidizing Medium Using Variation of Parameter Method

Yinusa Ahmed; Sobamowo Gbeminiyi

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 1-11

http://dx.doi.org/10.22115/rer.2019.85314

Abstract
  Iron micro-particles when eject to the atmosphere from industries, factory and production enterprises pollute the atmosphere and generally affect the respiratory system. This paper presents a solution to such transient problem analytically by employing Variation of Parameter Method (VPM). For proper ...  Read More

Structural Simulation
5. Blast Mitigations of Low-Rise Structure by Using Control Devices

K.K. Kiran; Jagadish Kori

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 55-71

http://dx.doi.org/10.22115/rer.2019.189675.1012

Abstract
  Designer of military and high-security facilities, planner, architects and engineers throughout the world are much concerned against a blast load on structures. Blast load is a human hazard occurring in the world, due to terrorist, chemical explosives, mining area, an accident, and so on. Blast load ...  Read More

Life-Cycle Prediction
1. On the Transient Combustion Analysis of Iron Micro-Particles in a Gaseous Oxidizing Medium Using Variation of Parameter Method

Yinusa Ahmed; Sobamowo Gbeminiyi

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 1-11

http://dx.doi.org/10.22115/rer.2019.85314

Abstract
  Iron micro-particles when eject to the atmosphere from industries, factory and production enterprises pollute the atmosphere and generally affect the respiratory system. This paper presents a solution to such transient problem analytically by employing Variation of Parameter Method (VPM). For proper ...  Read More

System Reliability
2. Tire Pressure Checking Framework: A Review Study

Ashraf Elfasakhany

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 12-28

http://dx.doi.org/10.22115/rer.2019.86929

Abstract
  Incorrect tire pressure reduces vehicle performance, braking effectiveness, system control, and a ride comfort. Tire pressure checking framework (TPCF) is a system framework applied for checking tire pressure. This study aim at summarizing early work for the tire pressure checking framework including ...  Read More

Probabilistic Design Approaches
3. Probabilistic Strength of Steel Poles Used for Power Production and Transmissions

A. Mustapha; Olugbenga Abejide

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 29-41

http://dx.doi.org/10.22115/rer.2019.87232

Abstract
  The profound changes in engineering over the last few decades were reflected by ideas of uncertainty recognized in engineering today. Civil engineering structures like steel transmission poles are to be designed for loads created by environmental actions such as wind, snow and earthquake, but these actions ...  Read More

Uncertainties Evaluation of Loads and Loading Conditions
4. Developing a Lateral Load Pattern for Pushover Analysis of EBF System

Farshad Dorri; Hooman Ghasemi; Andrzej Nowak

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 42-54

http://dx.doi.org/10.22115/rer.2019.184387.1009

Abstract
  Finding an appropriate system to absorb the intended energy of the earthquake is of great importance in seismic region. The eccentric bracing frame (EBF) is one of the structural systems that reveal proper behavior during earthquakes phenomenon. In doing so, design codes attempt to optimize EBF seismic ...  Read More

Structural Simulation
5. Blast Mitigations of Low-Rise Structure by Using Control Devices

K.K. Kiran; Jagadish Kori

Volume 1, Issue 1 , Winter and Spring 2019, , Pages 55-71

http://dx.doi.org/10.22115/rer.2019.189675.1012

Abstract
  Designer of military and high-security facilities, planner, architects and engineers throughout the world are much concerned against a blast load on structures. Blast load is a human hazard occurring in the world, due to terrorist, chemical explosives, mining area, an accident, and so on. Blast load ...  Read More

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