Effect of Thermal and External Load on Mechanical Behaviour on CFRP/Aluminium Hybrid Joints
Optimizing Inspection Intervals Through Risk Evaluation in Aircraft Structures
Bayesian-Informed Fatigue Life Prediction for Shallow Shell Structures
Online ISSN - 2300-7591
The primary version of the journal is the online one.
Based on the decision of the Minister of Science of January 5, 2024, 40 points are awarded to the academic achievement for the scientific articles published in the journal.
The publication focuses on problems of aeronautical fatigue and structural integrity. The preferred topics include:
- full-scale fatigue testing of aircraft and aircraft structural components,
- fatigue of materials and structures,
- advanced materials and innovative structural concepts,
- damage tolerant design of aircraft structure,
- life extension and management of ageing fleets,
- structural health monitoring and loads,
- fatigue crack growth and life prediction methods,
- NDT inspections,
- airworthiness considerations.
Why subscribe and read
Because, it gives information on recent works from the area of fatigue of aircraft structures. A lot of works are presented by domestic and worldwide researchers.
Why submit
- An opportunity to present your own research.
- Annual publication (each volume is issued in the following calendar year).
- No publication charges.
Archiving
Sciendo archives the contents of this journal in Portico - digital long-term preservation service of scholarly books, journals and collections.
Plagiarism Policy
The editorial board is participating in a growing community of Similarity Check System's users in order to ensure that the content published is original and trustworthy. Similarity Check is a medium that allows for comprehensive manuscripts screening, aimed to eliminate plagiarism and provide a high standard and quality peer-review process.
Journal financed under the Scientific Journal Development Program
Czasopismo finansowane w ramach Programu Rozwój Czasopism Naukowych
Project description:
The aim of the project is to improve the quality of publishing and editorial practices and the visibility of the journal "Fatigue of Aircraft Structures" on the Internet. The area of development of publishing and editorial practices includes verification of all articles with an anti-plagiarism system, shortening the publication time of articles through publication "ahead of print", language correction with text adjustment, dissemination of information about the journal by identifying new groups of readers and authors in Poland and abroad, promoting the yearbook through call for papers activities and preparing a leaflet project and making it available during industry events. The above activities affect the quality of published works and interest in the journal among authors. The presented activities will contribute to increasing the journal's citation rate, which will increase its impact on the scientific community thanks to easier access to articles not only by keywords, but also thanks to connections between citing and cited objects (authors, articles, journals). All articles published in the "Fatigue of Aircraft Structures" annual have a DOI number, authors have an ORCID number, and the files are available open access under the CC BY NC ND license on the journal's website and in the National Library Repository.
Journal website address:
https://sciendo.com/journal/FAS
FUNDING: PLN 70,000
TOTAL VALUE: PLN 120,000
Project financed under de minimis aid.
Implementation date: 01.12.2022- 30.09.2024
Financing institution: Ministry of Education and Science
Agreement number: RCN/SP/0487/2021/1
Program name: Development of Scientific Journals “Rozwój Czasopism Naukowych”
Project name: Development of Scientific Journals Program - Fatigue of Aircraft Structures;
Program Rozwój Czasopism Naukowych - Fatigue of Aircraft Structures
RCN-FAS