This paper reviews the European network NeT round-robin activities on measuring and
simulating the residual stresses generated by laying a single weld bead on a flat austenitic …

The formation of residual stresses is inevitable during the additive manufacturing of metallic
parts due to thermo-mechanicals effects, but the chaotic nature of printing processes makes …

The members of the NeT network have undertaken parallel round-robin activities measuring
and predicting transient temperatures, fusion boundary development, weld residual stresses …

Current experimental and numerical quantification methods are limited in their ability to full-
field mapping of the unpredictable distribution of all residual stress and permanent plastic …

Electron beam welding is an advanced joining technique which induces narrow weld region
with minimal heat affected zone and weld-induced distortion. This reduces residual stresses …

The members of the European network NeT have undertaken parallel round robin activities
measuring and simulating the residual stresses generated by laying a single Tungsten Inert …

The reconstruction of welding residual stresses has been performed based on the
assumption of continuous processing conditions, owing to the limitations of reconstruction …

The practical measurement of a welded workpiece is now feasible due to the improvement
in the measuring instruments. There is a discrepancy between the theoretical and the …

Within Task Group 1 (TG1) of the European Network on Neutron Techniques standardization
for Structural Integrity (NeT), residual stress determinations by neutron diffraction were …

Ultra-high-strength steel (UHSS) with a nominal yield stress of 960 MPa is of significant
interest for the design of heavily loaded compressive members, such as high-rise buildings …