Abstract: In this paper, a method for predicting progressive tool flank wear using extracted features from turned surface images has been proposed. Acquired turned surface images are analyzed by using texture analyses, viz., gray ...

Abstract: Typical automobile assembly operations need thousands of resistance spot welding in series with closely spaced spots due to their complex structural designs. This inevitably leads to shunting-induced current diversion, ...

Abstract: Heat transfer studies of a hot AISI 304 stainless steel plate by water jet impingement with different concentrations of three different types of surfactants have been investigated. The study involves a square plate of ...

Abstract: Spray cooling is critical in many industrial applications to extract large heat fluxes from metal parts, such as hypervapotron in nuclear fusion reactors, heat treatment of steel plates in runout table (ROT), electronic ...

Abstract: The objective of this work is to study about the ultrafast cooling of a hot static 6 mm thick steel plate (AISI1020) by air assisted spray cooling. The study covers the effect of air flow rate and the water impingement ...

Abstract: The requirement for high tensile strength steel has placed greater emphasis on the cooling methods used in the cooling of a hot steel plate. The purpose of this research is to study the effect of surfactant concentration ...