Abstract Hydrogen-Induced Cracking (HIC) is a primary failure mechanism of pipeline-
welded joints in the absence of external loading in the oil and gas exploration industries …

Artificial intelligence is widely employed in metallurgy for its ability to solve complex
phenomena, which are associated with the learning process of previously obtained …

Conventional high silicon steel possesses extremely low plasticity at room temperature,
where even zero elongation can take place, so it is pretty difficult to implement cold working …

The evolution of joint-microstructure characteristics during multipass welding of medium and
heavy Q345R plates was analyzed, and the corrosion characteristics were investigated in a …

Turbine blade is one of the key parts in thermal power plant, its failure will bring the power
plant out of operation. Premature failure of turbine blade in thermal power plant was …

Premature failure of casting die was reported frequently. Some cracks were detected on
inner-surface of casting die made of Cr-Mo-V-Si medium-carbon alloy steel. To determine …

This paper presents a study on damage evolution for inhomogeneous structure consisting of
acicular ferrite (AF) and granular bainite (GB) in advanced steel. The characteristics of …

A novel FeSiCrNi high silicon steel with a nominal mass fraction of Fe-6.5 Si-2Cr-12Ni is
fabricated by adding Cr and Ni elements to high silicon steel. FeSiCrNi high silicon steel is …

Fe–6.5 Si–2Cr–xNi (x= 4, 8, 12) high‐silicon steels with novel chemical composition are
fabricated by adding Cr and Ni elements to high‐silicon steels. The experimental results …

With consistent developments and increased application of ML algorithms across different
fields, various researches suggested incorporation of the technology to material designing …