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Berthel, Bruno
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Topics
Publications (12/12 displayed)
- 2023Stability of the critical distance method for fretting cracking prediction: influence of microstructure and crack nucleation sizecitations
- 2023Average and Local Effect of Thermal Fatigue on the Coefficients of the Thermal Expansion of a Complex Continuous Composite Fibre Used for Car Clutch Facing: A Multi-Technique Study
- 2022Characterization of the Thermal Behavior of a Complex Composite (Clutch Facing) Combining Digital Image Stereo Correlation and Numerical Approachcitations
- 2022Influence of XC38 steel microstructure on crack initiation and critical distance in fretting application
- 2017Quantitative calorimetric analysis of the fretting damage: Construction of the elastic shakedown boundarycitations
- 2017Effect of thermal fatigue on the mechanical properties of a continuous composite fiber used for car clutch facings
- 2016Plasma-sprayed coatings: Identification of plastic properties using macro-indentation and an inverse Levenberg–Marquardt methodcitations
- 2014Local Strain and Damage Measurements on a Composite with Digital Image Correlation and Acoustic Emission
- 2013Stress gradient effect on the crack nucleation process of a Ti-6Al-4V titanium alloy under fretting loading: comparison between non-local fatigue approachescitations
- 2011A non-local fatigue approach to quantify Ti–10V–2Fe–3Al fretting cracking process: Application to grinding and shot peeningcitations
- 2009Local energy analysis of HCF fatigue using DIC & IRT
- 2007Thermographic analysis of fatigue dissipation properties of steel sheets
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document
Thermographic analysis of fatigue dissipation properties of steel sheets
Abstract
This paper presents several properties of heat source fields accompanying the high-cycle fatigue of a dual-phase steel grade. Heat sources were derived from thermal data provided by an infrared focal plane array camera. An especially developed image processing estimates separately the thermoelastic coupling source amplitude and the mean dissipation per cycle. Our experiments underline that dissipation sources are heterogeneous and this forms the beginning of the fatigue test. They also point out a linear evolution of the mean dissipation per cycle as a function of the loading frequency for a given stress range and a given loading ratio.