In the present study, experimental and 3-D Finite element analysis of single pass single
sided square butt submerged arc welding of 10 mm thick Creep Strength Enhanced Ferritic …

Toward achieving control over the kerfing through macro abrasive waterjet submerged
milling, there is a need (i) to understand the influence of the water column height on the kerf …

This paper presents an approach to studying subsurface fatigue failures in a rolling/sliding
contact with a twin-disc test device. A series of surface hardened test discs were tested with …

The influence of free surfaces, local geometry and plasticity on the residual stress analysis
by the deep-hole drilling (DHD) method is addressed in this paper. A finite element (FE) …

Abrasive waterjet (AWJ) can be used to realize holes of any size and shape in difficult-to-
machine ductile materials with negligible heat-affected zone by simply changing the jet path …

Abrasive waterjet (AWJ) trepanning/drilling exhibits immense potential to realize holes of
various shapes and sizes in a diverse range of materials, ranging from soft-and-ductile to …

Residual stresses in a component or structure are stresses caused by incompatible internal
permanent strains that develop or vary during the component's lifetime, from raw material …

Problematika zbytkových napětí, působících bez vnějšího zatěžování v kovových i
nekovových materiálech, byla předmětem mnoha studií již od počátku 20. století. Znalost …

Abstract Deep Hole Drilling (DHD) is a mechanical strain relief technique used to measure
residual stresses within engineering components. Such techniques measure strains or …

The modified deep hole drilling technique (iDHD) has been developed to allow near yield
residual stresses to be measured and has been validated for axisymmetric residual stress …