Study on the Cutting Force Modeling and Forecast Analysis in Machining Nickel Base Superalloy

Xin Yong Wang; Si Qin Pang; Qi Xun Yu

doi:10.4028/www.scientific.net/KEM.431-432.162

Paper Titles

Research on Simulating and Modeling Method for Spiral Bevel Gears with Actively Controllable Contact Patterns
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Diamond Tool Wear Mechanism in Ultra-Precision Turning of SiC_p/Al Composites
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Quasicontinuum Simulation of Effect of Crystal Orientation and Cutting Direction of on Nanometric Cutting of Single Crystal Copper
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Study on Performance and Mechanism of High Efficiency Organic Grinding Liquid for Ceramics with Silicon
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Study on the Cutting Force Modeling and Forecast Analysis in Machining Nickel Base Superalloy
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Dynamic Collision Detection with Optimum Discrete Interval
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Analysis and Study on Single Physics Field and Coupling Field of Cutting Tools for Machining Carbon Structural Steel
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Flow Stress Determination of Aluminum Alloy 7050-T7451 Using Inverse Analysis Method
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Research on Virtual Material Removal Model in CNC Machining Simulation Based on Adaptive Dynamic Tri-Prism Algorithm
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Study on the Cutting Force Modeling and Forecast Analysis in Machining Nickel Base Superalloy

Abstract:

Nickel-based superalloy is one kind of typical hard-processing materials, its cutting force is more complicated than other materials. Studies have shown that Response Surface Methodology model is more suitable than classical linear regression model, especially regression coefficients are more significantly. And the analysis of the linear effects , secondary effects and interactions effects can be more effective ,so as to achieve a good effect of cutting force prediction, to provide a reliable basis for a reasonable choice of processing parameters.