A Research on Steel Synchronizer Gear Ring's Precision Forging

Song Xue; Jie Zhou

doi:10.4028/www.scientific.net/MSF.575-578.226

Paper Titles

Research on Closed Die Forging Process of Car Steering Knuckle
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Study on Effect of Extrusion Velocity on Composites Liquid-Solid Extrusion Process Using 3D Thermo-Mechanical Simulation
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Torque Strength and Influencing Factors Analysis for Assembled Camshaft by Knurling Joining
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Study on Mechanical Behavior for Warm Extrusion of AZ61 Magnesium Alloy
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A Research on Steel Synchronizer Gear Ring's Precision Forging
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Researches on Rules of the Longitudinal Residual Stress Distribution in Straightening Deformation Zone of Heavy Rail with Multi-Rollers
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The Application on Initial Design of Auto Panel Based on One-Step FEM
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Research on Behavior of Slab Surface Defects in Forward Slip Zone during V-H Rolling Process
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A Goal Oriented Numerical Simulation Approach for Computing Stress Intensity Factors in Bimaterials
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HomeMaterials Science ForumMaterials Science Forum Vols. 575-578A Research on Steel Synchronizer Gear Ring's...

A Research on Steel Synchronizer Gear Ring's Precision Forging

Abstract:

Precision forging is an important manufacturing procedure of steel synchronizer gear ring forming. FEM software DEFORM_3D was applied to simulate the forming process and the problems in the forming process were been solved. The important factors those influence on precision forming of steel synchronizer gear ring are studied and the results are verified in practice. The results show that the size of billet, forging temperature, and thickness of web strongly influence the forming quality of steel synchronizer gear ring.