Quench hardening is a widely used heat treatment process for achieving better mechanical
properties in carbon steels. However, when high quench-sensitivity steel components …

This paper presents two main novel findings.(1) The first finding is the development of an
artificial neural network (ANN) model for thermal shrinkage of seamless steel pipes, which …

The quality of a weld primarily depends on the process parameters in any welding process.
The welding parameters influence the weld bead geometry and weld microstructure, which …

Using the potential theory and the mirror-image method, the three-dimensional (3D) Green's
function solutions for a double-layer transversely isotropic thermoelastic plate with varying …

In this paper, an artificial intelligent (AI) analyzer for mechanical properties of rolled steel bar
by using neural networks was proposed. Based on the learning capability of neural network …

Tritium penetration barrier (TPB) composed of Al2O3 and SiC on 316L stainless steel was
proposed to improve the tritium penetration resistance of the substrate in this work. At the …

As the finite element method requires many nodes or elements to obtain accurate results,
the adaptive finite element method has been developed to obtain better results with fewer …

A mathematical model to calculate the build-up of residual stresses during quenching of
carbon (AISI 1045) and low-alloy (AISI 4140 and 4340) cylindrical steel bars is proposed …

Tire wear performance is influenced majorly by the distribution of contact pressure with
ground, and which is in turn dominated by the shape of tire tread called crown contour. So …

Manufacturing companies often fail to maintain good weld quality due to poor arc stability
and distortion after welding. Weld quality can be improved by reducing the transverse …