Stress and deformation based fatigue life analysis of machine parts
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
In this study, the Wöhler curve is used to obtain the life-time equation of stress and deformation of iron-based materials subjected to fatigue. The equations are expressed mathematically. Numerical examples are given to confirm the mathematical equations derived from the Wöhler curve. In the examples; stress magnitudes, deformation and life analysis were performed. These numerical samples were examined in virtual environment with the help of finite element analysis program (ANSYS) and the results were compared with the results of mathematical equations derived from the study. A fatigue testing machine designed for operation is designed in a simple way. Extension recommendations for conventional tensile-fatigue machine design are made for deformation-related life analysis. Life equations were obtained for all possible stress types of machine parts by means of using Wöhler curve.
Author
Mehmet Salih Çalışkan
Institution
How to Cite
Mehmet Salih Çalışkan (Master Thesis). Stress and deformation based fatigue life analysis of machine parts, 2019, Manisa Celal Bayar University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Manisa Celal Bayar University
- Investigation of the relationship of internet addiction level of high school students with parents' attitudes: The case of Manisa(2019)
- Analysing the social integration process of yezidi refugee youngs in the context of multiculturalist social work(2016)
- The security matter of Turkey?s Islands? sea (Eagean sea)(2007)
- Middle income trap problem in terms of sustainable growth resources in Turkiye(2023)
- Examining the leadership styles of fitness center managers according to their organizational response to the crisis: The Covid-19 outbreak case(2023)
- Evaluation of logistics-environmental interactive performances of EU countries and Turkey through environmental efficiency DEA methods in the scope of green logistics(2023)