Research on System Design of Ultrasonic-Assisted Honing of Gears

Shi Ying Wang; Ming Lv; Gang Ya

doi:10.4028/www.scientific.net/AMR.53-54.191

Paper Titles

Effect of Ice Counterparts on the Friction Behavior of Single Crystal Silicon Wafer
p.167

Machining Characteristics of Semibonded Abrasive Grinding Plate
p.173

The Analysis for Materials Removal Mechanism of Ultrasonic Auxiliary Gear Honing
p.179

Test Research on the Optimizing Technological Parameters of the Ultrasonic Vibration Honing
p.185

Research on System Design of Ultrasonic-Assisted Honing of Gears
p.191

Study on the Database about Floating Polishing Technological Parameters
p.197

Influence of Grinding to the Surface and Subsurface Quality of KDP Crystal
p.203

Study on Effect of Grinding Fluid Supply Parameters on Surface Integrity in Quick-Point Grinding for Green Manufacturing
p.209

Passivation Model of Diamond Wheel for Grinding Si₃N₄ Ceramics
p.215

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 53-54Research on System Design of Ultrasonic-Assisted...

Research on System Design of Ultrasonic-Assisted Honing of Gears

Abstract:

Ultrasonic vibration can reduce honing forces efficiently. As the honing wheel can be washed by ultrasonic cavitations of cutting fluids, its jams are decreased and the higher honing efficiency has been obtained. Therefore, gear honing combined with ultrasonic machining honing is a method for gear finish machining with its wide application future. Ultrasonic-assisted honing of gears is firstly proposed, its machining devices are manufactured based upon the design parameters derived by four-terminal network principle. Experiments of gear honing show that the machining traces on the tooth flanks in ultrasonic and traditional honing are different. The ultrasonic honing can produce a better tooth surface roughness (Ra 0.45 μm) than one obtained conventional honing (Ra 0.72 μm).