2D FEM Estimate of Tool Wear in Hard Cutting Operation: Tool Wear and Simulation of Hard Cutting Process under Steady State

Fu Gang Yan; Cai Xu Yue; Xian Li Liu; Yu Fu Li; Shu Yi Ji

doi:10.4028/www.scientific.net/AMR.69-70.306

Paper Titles

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On the Characteristic Parameters of the Semi-Fixed Abrasive Plate
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Simulation of Temperature Field of Oil Film in Super-High Speed Hybrid Journal Bearing Based on FLUENT
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Cutting Force Empirical Model of High-Speed Precision Hard Cutting GCr15
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2D FEM Estimate of Tool Wear in Hard Cutting Operation: Tool Wear and Simulation of Hard Cutting Process under Steady State
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Polishing Robot: Status and Outlook
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2D FEM Estimate of Tool Wear in Hard Cutting Operation: Extractive of Interrelated Parameters and Tool Wear Simulation Result
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The Slurry for Glass Polishing by Micro Abrasive Suspension Jets
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The Diamond Wire Saw with a Nonmetallic Core
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 69-702D FEM Estimate of Tool Wear in Hard Cutting...

2D FEM Estimate of Tool Wear in Hard Cutting Operation: Tool Wear and Simulation of Hard Cutting Process under Steady State

Abstract:

Tool wear plays an important role in cutting process research. It affects the quality of machined surface and cutting parameter to a great extent, such as cutting force, cutting temperature and cutting quiver. In order to predict tool wear in hard cutting process by using FEM method, the character of tool wear during cutting process is presented firstly, and Usui’s tool wear rate model is introduced. Then the FEM model for steady state cutting process using Abaqus is established. FEM model describes the workpiece material characteristic accurately for the process of PCBN tool cutting GCr15 by adoptiving Johnson-Cook constitutive model. Simulation results of steady cutting process offer foundation to simulate tool wear.