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Theme A : Measurement methods
Detection of the Early Stages Contact Fatigue on Gear Fatigue Testing Using Magnetic Barkhausen Noise
EASI-STRESS Standardization of Industrial Residual Stress Measurement: Benchmark Specimen Design
Numerical and Experimental Study of the Residual Stress Profile in Fiber Reinforced Composites: Optimization of the Incremental Hole Drilling Method
Fast residual stress determination by means of two-dimensional X-ray diffraction using the sin2ψ-method
Detection of the Early Stages Contact Fatigue on Gear Fatigue Testing Using Magnetic Barkhausen Noise
EASI-STRESS Standardization of Industrial Residual Stress Measurement: Benchmark Specimen Design
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Numerical and Experimental Study of the Residual Stress Profile in Fiber Reinforced Composites: Optimization of the Incremental Hole Drilling Method
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Fast residual stress determination by means of two-dimensional X-ray diffraction using the sin2ψ-method
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Electrolytic polishing impact on topography, geometry, microstructure and the assessed depth when performing residual stress measurements using lab-XRD and layer removal
Micromechanical analysis of materials by Scanning Microwave Microscopy (SMM)
Factors influencing the sampled gauge volume (SGV) when measuring in the out of plane (normal) direction.
Stress Measurement of Shrink-Fit Ring using Double-Exposure Method with Hard Synchrotron X-Rays
Electrolytic polishing impact on topography, geometry, microstructure and the assessed depth when performing residual stress measurements using lab-XRD and layer removal
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Micromechanical analysis of materials by Scanning Microwave Microscopy (SMM)
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Factors influencing the sampled gauge volume (SGV) when measuring in the out of plane (normal) direction.
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Stress Measurement of Shrink-Fit Ring using Double-Exposure Method with Hard Synchrotron X-Rays
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Determination of residual stresses in additively manufactured lattice structures
Innovative Application of Centerless Diffractometers for Non-Destructive Qualification of Surface Treatment Processes
Rigaku solution for micro area X-ray Stress analysis – SmartLab and AutoMATE II
Mapping residual stress in quenched and tempered high strength steels plates
Determination of residual stresses in additively manufactured lattice structures
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Innovative Application of Centerless Diffractometers for Non-Destructive Qualification of Surface Treatment Processes
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Rigaku solution for micro area X-ray Stress analysis – SmartLab and AutoMATE II
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Mapping residual stress in quenched and tempered high strength steels plates
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Standard of the cosα method for X-ray stress measurement using two-dimensional detector
Experimental Investigations on the Hole Drilling Method for the Residual Stress Measurement on Different Materials According to the new ASTM E837-20
Recent Upgrades to the Residual Stress Diffractometer at the High Flux Isotope Reactor (HIDRA)
GFAC (French Association for residual stress analysis)
Standard of the cosα method for X-ray stress measurement using two-dimensional detector
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Experimental Investigations on the Hole Drilling Method for the Residual Stress Measurement on Different Materials According to the new ASTM E837-20
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Recent Upgrades to the Residual Stress Diffractometer at the High Flux Isotope Reactor (HIDRA)
GFAC (French Association for residual stress analysis)
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Contribution of Non-Destructive Methods for residual and applied stress assesment
Fast X-ray Residual Stress Determination using the cos-alpha Method and Measurement Automation
Proposing a method for characterizing residual stresses in small diameter drawn wires
Full-Field X-Ray Elastic Constant Calculation
Contribution of Non-Destructive Methods for residual and applied stress assesment
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Fast X-ray Residual Stress Determination using the cos-alpha Method and Measurement Automation
Proposing a method for characterizing residual stresses in small diameter drawn wires
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Full-Field X-Ray Elastic Constant Calculation
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Modelling the effect of defects in a neutron gauge volume
Normal shear stress contribution on surface residual stress estimation using X-ray diffraction methods: a sensitive question
Modelling the effect of defects in a neutron gauge volume
Normal shear stress contribution on surface residual stress estimation using X-ray diffraction methods: a sensitive question