Finite Element Simulation of Heavy Cutting Process

Cai Xu Yue; Xian Li Liu; Zhong Yang Zhao; K.Q. Li; T.Y. Ma

doi:10.4028/www.scientific.net/AMR.188.617

Paper Titles

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Modal Analysis of Externally Pressurized Air Bearing Workbench Based on Spring-Mass System Method
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The Establishment of Dynamic Model and Stability Research on High-Speed Precision Hard Turning
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Large NC Machining Fast Knife Mould Based on Image Technology
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Finite Element Simulation of Heavy Cutting Process
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Cutting Parameters Optimization of the Matching of Lengthened Shrink-Fit Holder and Cutter in High Speed Milling
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Fault Diagnosis of Pump Based on a Hybrid HMM/SVM Model
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Study on the Machinability Characteristics of Superalloy K424 during High Speed Turning
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Analysis and Research of the Vibration of the High-Speed Cutting Process
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 188Finite Element Simulation of Heavy Cutting Process

Finite Element Simulation of Heavy Cutting Process

Abstract:

As heavy cutting is widely used in the energy field of China, it has important significance to study the cutting mechanism. Based on this reason, this paper has overcome limitations of the traditional cutting method, established a reasonable boundary conditions by using finite element analysis software Third Wave, and used accurate material constitutive model to build finite element simulation model on heavy cutting process, The effect of the cutting parameters to the cutting process is studied by simulation results, and chip formation is analyzed. The results provide a theoretical basis for the optimization on heavy cutting conditions.