Prediction of impact toughness based on the microstructural characteristics of steel weld
metals is complicated due to the innumerous parameters involved. The common practice …

Compared with niobium and vanadium, titanium has been regarded as a relative minor
element in microalloyed (MA) steels. More recently, titanium compounds in MA steels have …

The emerging technology of wire arc additive manufacturing (WAAM) has been
enthusiastically embraced in recent years mainly by the welding community to fabricate …

The effects of retained austenite on the crack propagation behavior of a submicron-
structured bainitic steel under impact fracture were studied. Scanning electron microscopy …

By using the gleeble-3500 simulator, three different two-pass weld thermal cycles were
applied to base metal of a high strength low alloy (HSLA) steel with the purpose of obtaining …

This study aims to investigate the fabrication feasibility of a conventionally rolled low-carbon
low-alloy shipbuilding steel plate (EH36) by emerging wire arc additive manufacturing …

In this work, different heat treatments were performed in order to study two different bainite
morphologies, granular and lath-like, obtained at different cooling rates in a low carbon …

Fracture toughness of the coarse-grained heat-affected zone (CGHAZ) of fusion welded
HSLA steel is severely reduced at low temperatures with the combination of deleterious …

Wire arc additive manufacturing (WAAM) is a pioneer additive-based technology for
fabrication of large-scale engineering components. Despite the many advances in the field …

In this study, three kinds of non-quenched and tempered forged steels with V, V–Nb and V–
Nb–Ti microalloying elements were designed. The microstructure and low–temperature …