Large-scale usage of high and ultra-high strength steels is strongly linked to the availability
of suitable joining techniques ensuring consistent properties throughout the welded …

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

In the last decades, advances in steel manufacturing made possible the use of high-strength
steel (HSS) and ultra-high strength steel (UHSS) for several applications, such as bridges …

High-strength steels with yield strength of 960 MPa are susceptible to hydrogen-assisted
cracking (HAC) during welding processing. In the present paper, the implant test is used to …

The strength of high-strength steel butt-welded joints with a similar steel grade may be quite
different due to their discrepancies in the processing methods of high-strength steel. The …

The heat input into the material during welding significantly affects the properties of high-
strength steels in the near-weld zone. A zone of hardness decrease forms, which is called …

Sustainable technologies draw attention in the machining industry thanks to their
contributions in many aspects such as ecological, economic, and technological. Minimum …

In recent years, high strength steels (HSSs) with a minimum nominal yield stress of 460 MPa
have been increasingly used in structural applications. An HSS may exhibit continuous or …

In this study, both the distribution of residual stress and welding deformation in a double-
pass T-joint made of low-alloy ultra-high strength (UHS) quenched steel have been …

Welded high-strength steel components have great potential for use in lightweight
constructions or highly loaded structures. Welding of steels with a yield strength of more than …