A Study on the Monitoring Technology of Extra-Large Deep Hole Drilling Using the Acceleration Sensor

Nam Hun Kim; Il Sik Shin; Jeong Woo Park

doi:10.4028/www.scientific.net/AMR.154-155.769

Paper Titles

Columnar Crystal Growth of Ti46Al0.5W0.5Si Alloys Directional Solidified by Rectangular Cold Crucible
p.743

Research on Machining Deformation of Miniature Thin-Plate Parts in Milling
p.752

Experimental Study of the Silicon Start-up Heating and Melting Process in an Inductive Cold Crucible
p.756

The Design of Ultrasound-Aided Electro-Spark Deposition Device and Experimental Investigation
p.763

A Study on the Monitoring Technology of Extra-Large Deep Hole Drilling Using the Acceleration Sensor
p.769

Effect of Loading Location of Viscous Medium on Sheet Deformation in Viscous Pressure Bulge (VPB) Test
p.775

Parameter Identification for HAPC System in Hot Tandem Mill
p.781

Mechanical Properties and Porosity Content of A201 Aluminum Alloy Castings in Different Cooling Rate Sand Molds
p.787

Machining Characteristics of EDM for Non-Conductive Ceramics Using Adherent Copper Foils
p.794

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 154-155A Study on the Monitoring Technology of...

A Study on the Monitoring Technology of Extra-Large Deep Hole Drilling Using the Acceleration Sensor

Abstract:

This study is on the configuration of deep hole drilling system for machining of extra-large common rail fuel supply pipes. Machining conditions for deep hole drilling were deduced and stability of the developed system was verified through measurement of machining surface roughness. Also, an acceleration sensor was used for real-time monitoring on machining of deep hole drilling. Machining state was evaluated through composition of a control system for signal feedback.