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 …

The microstructures and mechanical properties of welds consisting of 20-mm-thick thermo-
mechanically rolled and directly quenched S1100MC ultra high-strength steel (UHSS) plates …

High-strength steels with yield strengths≥ 690 MPa are becoming increasingly significant
for modern steel constructions. Both quenched and tempered (QT) high-strength steels and …

In this letter, the residual stress (RS) induced by the high vacuum (2 x 10− 4 mbar) electron
beam welding (EBW) of two high strength steels (HSS) ie quenched and tempered (Q+ T) …

To take advantage of the excellent mechanical properties of ultra-high-strength steels,
welding processes must be properly controlled to maintain the mechanical properties in …

In this paper, we presented the dataset values of full width at half maximum (FWHM) with
errors at each point corresponding to the value of longitudinal and transverse residual stress …

The development of thermomechanically controlled processed (TMCP) high-strength steel
(HSS) has significantly contributed to designing and developing the intricate structural …

The influence of residual stresses as a result of the welding process in the overall stress
state of the weld joint is of great importance because they significantly affect the creation and …

High-strength steel heavy plates are usually covered with a mill scale after production.
Morphology, structure, and chemical composition are determined by several factors, eg …

Raghawendra Pratap Singh Sisodia was born in 1983 in Patna, Bihar, India. He graduated
as a Master's in Engineering (Production Engineering) at the Delhi College of Engineering …