Research Progress of Advanced Machining Technologies for Engineering Ceramics

Xin Li Tian; Jun Fei Yang; Chao Liu; Bao Guo Zhang

doi:10.4028/www.scientific.net/AMR.69-70.359

Paper Titles

The Design of Powder Feeding System for Laser Remanufacturing
p.338

Research on Modeling of Cutting Wire Deflection of Multi-Wire Saw
p.343

Research on On-Line Control Strategy for the Wearing Compensation of Polishing Wheel
p.348

Analytical and Experimental Investigation of the Nickel Based Superalloy Using Cryogenic Cooling Grinding
p.354

Research Progress of Advanced Machining Technologies for Engineering Ceramics
p.359

Optimization of Ti-6Al-4V Flank Milling Parameters Using Taguchi Method
p.364

Study on an Open CNC System of 3-Axis Micro Milling Machine Tool
p.369

Experimental Study in HSM of Hardened Steel AISI D2
p.374

A Compound Vibratory Mode in High Speed Vibratory Tapping
p.379

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 69-70Research Progress of Advanced Machining...

Research Progress of Advanced Machining Technologies for Engineering Ceramics

Abstract:

Based on the comprehensive summary of latest research achievements of Laser and EDM technologies in home and abroad, the other advanced machining technologies is summarized briefly, such as Ultrasonic Wave, Microwave machining techniques and their composite machining technologies, as well as High-speed (Super High-speed) Grinding, ELID Grinding and Interface Thermal Chemistry Reaction Aided Machining technologies developed on the basis of traditional grinding technology. At last, it is forecasted that the necessary direction of advanced technologies used for ceramics is combinatorial machining technologies of two or more kinds of advanced technologies.