Experimental Research on Superlong Deep-Hole Drilling Processing Technology for Beryllium Bronze

Zhan Feng Liu; Rui Liang Li

doi:10.4028/www.scientific.net/AMM.130-134.1634

Paper Titles

Bearing Performance Analysis Based on ANSYS of Continuous Deep Beams with Opening
p.1617

Experimental Research on Concrete Confined by Width and Spacing of Straps of GFRP Sheets
p.1621

Modality Analysis Based on FEM of RC Deep Beams with Opening
p.1626

Numerical Analysis of Shear Lag Effect for Concrete Huge Section Box Grider
p.1630

Experimental Research on Superlong Deep-Hole Drilling Processing Technology for Beryllium Bronze
p.1634

Application Comparison about Sediment Deposition in Outer Channel by Three-Layer Mode and Analog Analysis Mode
p.1638

Numerical Study of XCP Probe's Fluid Dynamic Characteristics
p.1645

The Heat Exchange and Stress Distributing of Expansive Soil in Site
p.1650

Effect of Oil and HPAM in Polymer Flooding Wastewater on the Desalination Process by Electrodialysis
p.1654

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 130-134Experimental Research on Superlong Deep-Hole...

Experimental Research on Superlong Deep-Hole Drilling Processing Technology for Beryllium Bronze

Abstract:

According to the material properties and the cutting performance of beryllium bronze, research into the various factors of cutting, such as the materials heat treatment, the cutting tool material, cutting-tool angle and the cutting parameters, combined with the actual structure of the workpiece and the overlong deep-hole processing method for study. The test proved that selected reasonable heat treatment , processing methods, cutting tools and cutting parameters can be solved Φ12mm × 4000mm overlong deep-hole processing problems of the beryllium bronze.