The goal of this work is to describe in detail a quasi-stationary state model which can be
used to deeply understand the distribution of the heat in a steel plate and the changes in the …

The manufacturing of thick wear-resistant steel plates commonly leads to a layered structure
and non-uniform properties in the thickness direction which makes the processing and …

The cutting thickness of the flame cutting nozzle mainly depends on the characteristics of the
cutting oxygen jet, and in the process of designing and manufacturing a flame cutting nozzle …

In order to analyze the characteristics of cutting residual stress distribution at the arc‐shaped
cutout of steel box girder diaphragm and to study its fatigue cracking mechanism. Taking Xia …

Special wear-resistant steels are essential in applications with extreme abrasion conditions.
Main applications of low-alloyed, weldable abrasion-resistant steels are found in mining …

In order to ensure the mechanical reliability of a partially encased composite wall (the PEC
wall), the distribution law of the thermal residual stress of the steel bone of the PEC wall …

The strength–ductility mechanism of the low-carbon steels processed by laser cutting is
investigated in this paper. A typical gradient-phased structure can be obtained near the laser …

Thick wear-resistant steel plates are utilized in challenging applications, which require a
high hardness and toughness. However, utilization of the thick plates is problematic as they …

Metal-cutting is indispensable in manufacturing, enabling precise component fabrication for
industries like construction, automotive, aerospace, and shipbuilding, where accurate …

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