This article presents a critical overview of the current failure mechanisms and treatment
methods applied to improve the surface integrity of die tools used in hot forging process. The …

Abstract Bi4Ti3O12 (BTO) is a typical example of single-phase piezoelectric materials and
has potential applications in electromechanical devices. At room temperature, these …

Simultaneously improved impact toughness and wear resistance of high Cr tool and die
steels (HCS) enable them to be widely used in the lightweight field. In this study, TiC+ TiB …

Re-profiling of hot forging dies is the most common method of die repairing in industry. Due
to the surface to core hardness gradient caused by the limited hardenability of the die …

Hot forging dies used as tools in the hot forging industry are manufactured from hot work tool
steel. In forging applications, which are carried out with the two basic principles of press …

In the present study, the fatigue response of an additive manufactured H13 type hot-work
tool steel is investigated across the High Cycle Fatigue (HCF) and Very High Cycle (VHCF) …

The article presents the classification of the wear mechanisms of forging tools. The durability
of dies can be enhanced through a variety of methods, including the selection of appropriate …

In this study, we propose a new methodology for designing preform shapes for turbofan blisk
and disk forgings of IN718 superalloy using a CNN (Convolutional Neural Network). The …

Abstract The Electrochemical Drilling Technique (EDT) is utilized to bore metal alloys into
the desired geometric forms. The present study investigates that various typical …

The stir casting technique has been used to create a metal matrix composite of Al 7075 with
three distinct additives such as 3% boron carbide (B 4 C), 5% graphite, and 8% fly-ash …