Simulation System for Quality Prediction and Parameters Optimization when Machining Ceramics Die Material

Zong Wei Niu; Zhi Yong Li; F.F. Wang; Dian Zhu Sun

doi:10.4028/www.scientific.net/AMR.53-54.299

Paper Titles

Surface Topography Characteristics in Ultrasonic Aided High Speed Lapping of Engineering Ceramics
p.273

Study on the Effect of Grinding Parameters to the White Layer Formation in Grinding SKD-11 Hardened Steel
p.279

The Properties and the Influence Factors of the White Layer in the Surface Grinding
p.285

The Characteristics of Surface Residual Stresses by Plane Grinding Invar and the Effects of Them on Structural Stability
p.293

Simulation System for Quality Prediction and Parameters Optimization when Machining Ceramics Die Material
p.299

Surface Integrity and Fatigue Property of a High Speed Milled Titanium Alloy
p.305

Surface Integrity Induced by Abrasive Machining Sapphire Wafer
p.311

Study on Variable Spot Cladding for Large Area Laser Surface Modification
p.319

Cone-Shaped Hard Carbon Films Grown by Inductively Coupled RF Plasma with RF or DC Bias Voltage
p.325

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 53-54Simulation System for Quality Prediction and...

Simulation System for Quality Prediction and Parameters Optimization when Machining Ceramics Die Material

Abstract:

A simulation system was developed to forecast machining quality and optimize grinding parameters for the machining of ceramic die material. The system can forecast the surface quality of machined ceramic die material with high precision, optimize machining parameters and analyze the dominant factors. Based on the process database, the simulation system is applicable to various machining methods. It can help to raise the automaticity for the machining of ceramic die material and develop the farther intelligent system.