Imaging Diffraction Using Maxim at G3/Hasylab - Spatial Resolved Strain Measurements on Linear Friction Welded Dissimilar Materials (AA7020-T6/Ti6AlV

André Rothkirch; Sabine Lenser

doi:10.4028/www.scientific.net/MSF.571-572.237

Paper Titles

Kowari – The Residual-Stress Diffractometer for Engineering Applications at OPAL
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A Critical Discussion of the sin²ψ Stress Measurement Technique
p.219

Measurement of all Six Components of X-Ray Elastic Factors
p.225

Use of Stored Energy Distribution in Stochastic Vertex Model
p.231

Imaging Diffraction Using Maxim at G3/Hasylab - Spatial Resolved Strain Measurements on Linear Friction Welded Dissimilar Materials (AA7020-T6/Ti6AlV
p.237

Two-Dimensional Mapping of Crack-Face Bridging Stresses in Alumina Using Synchrotron Micro X-Ray Beam
p.243

Application of Synchrotron Radiation to Residual Stress Analysis by IP/cosα Method
p.249

Influence of Peak Determination Method on Area Detector Type Neutron Stress Measurement
p.255

The High Energy Materials Science Beamline at PETRA III
p.261

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Imaging Diffraction Using Maxim at G3/Hasylab - Spatial Resolved Strain Measurements on Linear Friction Welded Dissimilar Materials (AA7020-T6/Ti6AlV

Abstract:

Strain induced by friction welding of dissimilar materials was determined by an imaging diffraction technique using the Material X-ray diffraction Imaging (MAXIM) detector at HASYLAB G3. Applying the sin2Ψ method in ω mode, a stress profile perpendicular to the weld joint was derived. Results are discussed and compared with measurements of the same specimen made at the neutron source of the GKSS Research Centre.