High-strength steel (HSS) can reduce steel consumption compared to ordinary steel and has
extensive applications in the building industry. HSS members in building structures are …

Laser beam welding (LBW) has many advantages to join high strength low alloy (HSLA)
steels compared with conventional fusion welding processes. The present work is focused …

Fatigue life estimation is essential for life safety and cost reasons. Fatigue parameters at low
cycles must be estimated with high accuracy to correctly estimate fatigue life. Conventional …

The use of high strength steel allows the design of lighter, more slender and simpler
structures due to high strength and favorable ductility. Nevertheless, the increase of yield …

The effect of Sb on the corrosion resistance of low-alloy steels in a simulated polluted
marine atmosphere was studied by electrochemical testing and weight loss measurements …

Abstract 39 experiments are conducted to study the low-cycle fatigue behavior of welded
Q355B steel, including 15 welded steel bars under uniaxial loading and 24 welded tubular …

Welded steel structures can be exposed to high dynamic forces and failure typically
occurring at the weakest zone within a few (less than 10 2) cycles. In order to investigate low …

In the current work, 4 mm thick HSLA steel plates were joined by Nd: YAG laser welding. The
scanning speed of the laser was varied in the range of 1.5–3.5 m/min while maintaining …

When laser-welded metal sandwich panels are subjected to out-of-plane cyclic three-point
bending loads, cracks may initiate at the interface and eventually lead to fatigue debonding …

Laser welding on thin plates of high-strength steel is increasing in various industrial
applications. The mechanical behavior of welded joints depends on their local properties …