An Investigation of the Wear Mechanism for Carbide Tools in Face Milling the Ti-5Al-4.75Mo-4.75V-1Cr-1Fe Alloy

H.Z. Zhang; Wei Wei Ming; Ming Chen; Bing Han; Bin Rong; Gang Liu; Yun Shan Zhang

doi:10.4028/www.scientific.net/KEM.431-432.547

Paper Titles

Optimization of Milling Parameter Based on Modified Genetic Algorithm
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Fabrication and Characterization of NiCr/NiSi Functional Thin Films on Temperature Measurement of Cutter Sensor
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Milling Force Modeling for Ti-5Al-5Mo-5V-1Cr-1Fe Alloy
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Cutting Parameters Optimization by Fuzzy Synthetic Evaluation and BP Neural Network in Milling Aluminum Alloy
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An Investigation of the Wear Mechanism for Carbide Tools in Face Milling the Ti-5Al-4.75Mo-4.75V-1Cr-1Fe Alloy
p.547

Machinability Evaluation of the Finish Hard Turning α+β Titanium Alloys
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Optimization of Twist Drill’s Geometry for Cast Iron
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Force and Temperature in Dry Cutting of Hardened W18Cr4V with PCBN
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The Application of FEM in Micro-Cutting and The Study of Key Technique
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An Investigation of the Wear Mechanism for Carbide Tools in Face Milling the Ti-5Al-4.75Mo-4.75V-1Cr-1Fe Alloy

Abstract:

The α+2βtype Ti-5Al-4.75Mo-4.75V-1Cr-1Fe (TC18) is a very difficult machine material for its low thermal conductivity, low elastic modulus, and high chemical activity. So how to improve the machining efficiency and prolong the tool life have got more and more attentions. In this paper, wear mechanism and wear types of coated (TiN+TiAlN) carbide tool and uncoated carbide tool are presented when face milling the Ti-18 alloy under the same machining condition. The results showed that wear types of PVD coated tool are mainly adhesive, diffusion and crater wear, while the mainly failure mode of uncoated carbide tool is tipping. So it is more appropriate to select the PVD coated tool than uncoated tool in the milling TC18 alloy process.