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

Dai Zheng Fang; Gui Cheng Wang; Xiu Lian Li

doi:10.4028/www.scientific.net/AMR.381.52

Paper Titles

Measurement of Radial and Axial Error Motion in a High Precision Spindle
p.34

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

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 381High Speed Machining and Motion Simulating of the...

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

Abstract:

s. The work principle of indexing mechanism with globoidal cam is depicted firstly. Equations of the contour surface and the conjugate contact line are deduced by rotating matrix operators. The value of roughness becomes very small by high speed machining, so it can replace the grinding. At last, kinematics analyze and motion simulation are carried out.