MQL Application in Vibration Tapping

Wei Song; Gui Cheng Wang; Lei Yang; Hong Jie Pei; Hu Qiang Wang

doi:10.4028/www.scientific.net/AMR.381.57

Paper Titles

Application Study of the Aviation Structures’ Machining Deformation On-Line Measurement Technology
p.38

Influences of Initial Residual Stresses on Milling Distortion for Thick Aero-Aluminum-Alloy Plate
p.44

Automatic Control Technology of Grinding Zone Temperature in Grinding Hardening
p.48

High Speed Machining and Motion Simulating of the Indexing Mechanism with Globoidal Cam
p.52

MQL Application in Vibration Tapping
p.57

Application of Taguchi Method in Vibration Tapping Process
p.62

Equivalent Conversion Calculation of Straight Bevel Gear’s Mesh Stiffness
p.67

FEM Simulation Analysis of Cross Wedge Rolling Process
p.72

Analysis of Radial Rigidity about the Hydraulic Expansion Toolholder
p.76

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 381MQL Application in Vibration Tapping

MQL Application in Vibration Tapping

Abstract:

To solve the problems caused by the cost of metal working fluids in manufacturing processes, many methods have been employed. MQL (minimum quantity lubrication) is a successful application as a green manufacture strategy. Vibration tapping is a workable tapping method with good performance. An application of MQL technique in vibration tapping was studied. Maximum torque and chip morphology were used to evaluate the performance of MQL operation. A comparison among MQL, flooded and dry operations was carried out. The results showed that MQL decreased the maximum torque value obviously and the chip morphology under this condition was good.

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Periodical:

Advanced Materials Research (Volume 381)

Pages:

57-61

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.381.57

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Online since:

November 2011

Authors:

Wei Song, Gui Cheng Wang, Lei Yang, Hong Jie Pei, Hu Qiang Wang

Keywords:

Chip, MQL, Tapping Torque, Vibration Tapping

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