Grinding burn detection is essential for metallic components manufacturing because
grinding burn not only reduces the functional performance and fatigue life but also affects …

Driving forces of urban growth differ across spatial scales, but most previous studies have
been done for single cities of different sizes. Multi-scale analysis of urbanization drivers is …

As an emerging green technology, remanufacturing has received increasing attention
worldwide due to its energy-saving and waste-reducing benefits in manufacturing …

Both magnetic Barkhausen noise (MBN) and tangential magnetic field (TMF) strength can be
applied in the quantitative prediction of surface hardness of ferromagnetic specimens. The …

Tracing microstructural evolution has a significant importance and priority in manufacturing
lines of dual-phase steels. In this paper, an artificial intelligence method is presented for on …

In this study, a novel method for predicting hardness of ferromagnetic alloy based on the
magnetic Barkhausen noise (MBN) is proposed. A set of new frequency features of MBN and …

Destructive testing methods, such as Vickers hardness test or hole drilling methods for
residual stress evaluation have long been conventional approaches in manufacturing to …

This paper reports the evaluation of mechanical properties of medium carbon steel based on
a novel sensor. The novel point mode electromagnetic sensor with compact configuration …

In traditional methods for measuring case depths (CDs) in two types of surface-hardened
steels, two prediction models are generally established. However, it is difficult to recognize …

We have developed dual sonar equipment and an improved operating method for improving
resolution in order to solve the problems of limitations of the optical equipment and the …