Surface Modification of Diamond to Improve Machining Properties of Ultraviolet-Curing Wire Saw

Wei Peng; F.Q. Liu; C.Y. Yao

doi:10.4028/www.scientific.net/AMR.69-70.24

Paper Titles

Dynamic Numerical Simulation of Mould Free-Form Curved Surface Gasbag Polishing
p.6

3D Finite Element Simulation of Hard Turning
p.11

Study on the Optimization of Deposition Processing Technology of Diamond Coated Tools
p.16

Study on the White Layer of Hard Turned GCr15 Bearing Steel
p.20

Surface Modification of Diamond to Improve Machining Properties of Ultraviolet-Curing Wire Saw
p.24

Laser and Water-Jet Fiber Coupling Technology for Water-Jet Guided Laser Micromachining
p.29

Research of the Virtual Prototyping and Simulating on Ultra-Precision Double-Sided Planar Polishing Machine
p.34

Research on the 3-Axis CNC Ultra-Precision Grinding of Aspheric Mould
p.39

Research on Dynamic Optimization and Simulation of Camshaft Grinding Process
p.44

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 69-70Surface Modification of Diamond to Improve...

Surface Modification of Diamond to Improve Machining Properties of Ultraviolet-Curing Wire Saw

Abstract:

The interfacial bonding strength between ultraviolet-curing resin and diamond is a key factor affecting tool properties in manufacturing of ultraviolet-curing wire saw. Therefore, in this paper, the application of surface-modified diamond coated metal was studied in ultraviolet-curing wire saw aim at retention problem of diamond in bond. Effects of surface-modified diamond were evaluated according to model of tensile test. Furthermore, retention mechanism of diamond was analyzed according to bond theory. The experimental results prove that the machining properties and service life of ultraviolet-curing wire saw can be improved by surface modification of diamond.