Mapping measurement of the weld bead on a SUS304 plate
Residual stress analysis
Evaluation of stress distribution of a shot peened coil spring
AppNote B-XRD3001: stress distribution of a shot peened coil spring
X-ray stress analysis technique using the optimization of d0 with error term - Direct Refinement Solution (DRS) method
Summer 2016 Volume 32, No. 2
Shoichi Yasukawa
Stress analysis using X-ray diffraction is a well-known, effective technique for nondestructive evaluation of residual stresses in the surface of
AutoMATE II
Laboratory micro-spot XRD residual stress analysis with both iso- and side-inclination methods
SmartLab SE
Highly versatile multipurpose X-ray diffractometer with built-in intelligent guidance
SmartLab
Advanced state-of-the-art high-resolution XRD system powered by Guidance expert system software
Appendix A. Description of Goniometers and Aspects of Data Collection
Volume 23, 2006
Thomas R. Watkins, O. Burl Cavin, Camden R. Hubbard, Beth Matlock, and Roger D. England
Considerations Regarding the Alignment Of Diffractometers for Residual Stress Analysis
Volume 23, 2006
Thomas R. Watkins, O. Burl Cavin, Camden R. Hubbard, Beth Matlock, and Roger D. England
Proper alignment of an X-ray diffractometer is critical to performing credible measurements, particularly for residual stress determinations. This article will
Micro area X-ray stress measurement system -- AutoMATE II
Summer 2013, Volume 29, No. 2
We have improved the conventional micro area stress measurement system (AutoMATE) by replacing the gas flowing detector Position Sensitive Proportional
