This article presents a review of the current research into the diamond retention capacity of
metal matrices, which largely determines the service life and working performance of …

Manufacturing can be defined as the transformation of raw materials into desired products
by various processes, such as machining, welding and coating. Today, laser and arc heat …

Preventing the thermal damage of diamond abrasives is the major challenge of diamond
composites in the field of super-hard tools by laser additive manufacturing. In the presented …

FeCoCrNi-Mo high entropy alloy/diamond composite coatings were successfully prepared
by high speed laser cladding. A high scanning speed was adopted (> 30 mm/s), and the …

Abstract Cu-Sn-Ti has the advantages of excellent properties and low cost, which makes it
suitable to be used as a bonding agent for CBN grinding wheels. In this paper, laser …

In situ synthesized V 8 C 7 reinforced Fe-based composite coating was successfully
prepared on 35CrMo steel by laser cladding, aiming at improving the wear resistance …

To unfold the promise of diamond as an advanced technical material, single-crystal
diamonds (SCDs) and polycrystalline diamonds (PCDs) were smoothed by high-precision …

The double effect of diffusion barrier and interfacial strengthening on the interface behavior
in a Ti-coated diamond and high entropy alloy (HEA) composite was investigated. The first …

Additive manufacturing is an important and promising way to realize the structural-functional
integration of diamond abrasive tools. In the presented study, the porous diamond grinding …

This essay aims to comparatively study the microscopic morphology and grinding properties
of brazed diamonds with amorphous and crystalline filler alloy in the case of rare-earth Nd …