The Finite Element Analysis of Surface Temperature on Dry Belt Grinding for Titanium Alloys

Wen Guo Huo; Jiu Hua Xu; Yu Can Fu

doi:10.4028/www.scientific.net/AMR.53-54.219

Paper Titles

Study on the Database about Floating Polishing Technological Parameters
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Influence of Grinding to the Surface and Subsurface Quality of KDP Crystal
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Study on Effect of Grinding Fluid Supply Parameters on Surface Integrity in Quick-Point Grinding for Green Manufacturing
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Passivation Model of Diamond Wheel for Grinding Si₃N₄ Ceramics
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The Finite Element Analysis of Surface Temperature on Dry Belt Grinding for Titanium Alloys
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Modeling and Computer Simulation of Grinding for Ball-End Milling Cutter with Equal Normal Rake Angle
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Grinding at Very Low Speed
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Experiment Study on Vitrified Bonded Wheels of Quick-Point Grinding
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Research on Surface Roughness and Micro-Topography of Nano-ZrO₂ Plate in Two-Dimension Ultrasonic Grinding
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The Finite Element Analysis of Surface Temperature on Dry Belt Grinding for Titanium Alloys

Abstract:

This paper studies the grinding temperature field of dry belt grinding titanium alloys using finite simulation and experiments. A reasonable finite element model of dry belt grinding temperature field is established on the basis of ANSYS. And three kinds of boundary conditions are loaded on the element of a moving line heat source. The corresponding computer program is designed to calculate the temperature field for different grinding parameters, and the experiment results show that the simulated temperature have good agreement with the measuring ones. The model could be utilized to forecast the distribution and variation characteristics of the grinding temperature field under different conditions.