Analysis and Test: Impregnated Diamond Cutters for Oil Drilling Bit

Hong Lan; Qi Xue; Cheng Yu Cui

doi:10.4028/www.scientific.net/AMM.496-500.448

Paper Titles

Structural Optimization of Composite Panel with Lamination Parameters and Equivalent Stiffness Laminate Method
p.429

Effect of Mechanical Refining Treatment on Fiber Grafting Modification
p.436

Mechanical Behaviors and Thermoforming Features of PMMA Used In-Mold Decoration
p.440

Microstructure and Mechanical Properties of Welding Joints of High Nitrogen Steel by Hybrid Laser-Arc Welding
p.444

Analysis and Test: Impregnated Diamond Cutters for Oil Drilling Bit
p.448

Discussion on Finite Element Model for Three Dimensional Rolling Process Analysis
p.452

Analysis of Press-Extrusion Forming for Embossment on the Stamping Part
p.456

Manufacturing Technique and Property Evaluations of Degradable Sound-Absorption Plates
p.460

Effect of Fiber Fineness on Acoustic Absorption Property of Nylon 6/Low-Melting PET/Recycled PET Nonwoven
p.464

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 496-500Analysis and Test: Impregnated Diamond Cutters for...

Analysis and Test: Impregnated Diamond Cutters for Oil Drilling Bit

Abstract:

Systematic testing methods of the performance of diamond/metal composite drilling segments (impregnated diamond cutters) have not come into being. This article tries to test the mechanical properties, structures and component of a certain number of impregnated diamond cutters; focuses on analysis of the relationship between the performance of typical composite diamond cutters and materials’ structures, intends to study the testing methods of impregnated diamond cutters’ performance.