Motivated by significant loss of mechanical properties during conventional fusion arc
welding processes owing to under matching filler materials used and low efficiency …

The effect of two different heat inputs, 1.2 and 0.8 kJ/mg, on the microstructure associated
with a welded high hardness armor (HHA) steel was investigated by ballistic tests. A novel …

Motivated by the undesired microstructure and unsatisfactory weld properties during keyhole
tungsten inert gas (K-TIG) welding process, the use of filler materials was introduced for the …

The welding of dissimilar armor-grade steels is always challenging due to their carbon
equivalent (CE) differences. In this investigation, dissimilar armor-grade steels (rolled …

In the present investigation, a comparative study of ballistic impact behavior of Armox 500T
(base metal) and its weldments prepared by low hydrogen ferrite (weldment-1) and …

Several studies have been conducted to improve combat vehicle capabilities, such as the
bulletproof performance of armor and fuel efficiency through weight reduction. Titanium …

The present research aims to investigate and analyse the metallurgical features, including
macrostructure, microstructure, scanning electron microscopy with energy-dispersive X-ray …

This study involves experimental and numerical investigation on ballistic performance of
ultra-high hard armour (UHHA) steel joints fabricated using shielded metal arc welding …

This paper investigates the effect of laser heat treatment on the bending property of low-alloy
ultrahigh strength steel laser-welded joints. A laser rectangular spot is used for local heat …

Welding of armour steel has gained significant importance during the past few years as
recent civilian and military requirements demand weld metal properties matching with base …