Analyze and Correct Model for Machining Involute Spline

Feng Kui Cui; Yan Li; Yan Wei Zhou; Feng Shou Zhang

doi:10.4028/www.scientific.net/MSF.532-533.448

Paper Titles

FEM Analysis of Grinding Damage Mechanisms for Ceramics Materials
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Study on the Wear of Diamond Beads in Wire Sawing
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Prediction and Design of the Optimal Punch Shape for Recess Forging
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Experiment Study on Machinability of Six Kinds of Wrought Nickel-Based Superalloys
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Analyze and Correct Model for Machining Involute Spline
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Study of the Removing Depth of the Polishing Surface Based on a Novel Spinning-Inflated-Ballonet Polishing Tool
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Application of an Intelligent Force Controller for Robotic Deburring Process
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Study on Fixed Abrasive Lapping Technology for Ceramic Balls
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Investigation of Technology and Analysis of Residual Stress in Large Area Diamond Films
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HomeMaterials Science ForumMaterials Science Forum Vols. 532-533Analyze and Correct Model for Machining Involute...

Analyze and Correct Model for Machining Involute Spline

Abstract:

The rolling technic of involute spline has many advantages. This method can increase the production efficiency, has no cutting, can improve the metal structure of machining surface to increase the quality of surface and prolong the life of product, so the technic is used extensively in the industry of automobile and tractor. The design model of spline outline is built according to the formative theory of equidistant spiral surface by means of meshing principle of involute spline, roller is manufactured and machining spline is test according to the model. The correction of spline outline is accounted by means of measuring the outline of spline in three-coordinates measuring machine and comparing the measuring data and the data of ideal involute spline. The spline is remachined in corrected roller and ideal spline shape is gotten.