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首页> 外文会议>International Conference on Computational Science(ICCS 2005) pt.3; 20050522-25; Atlanta, GA(US) >Modeling and Simulation of High-Speed Machining Processes Based on Matlab/Simulink
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Modeling and Simulation of High-Speed Machining Processes Based on Matlab/Simulink

机译：基于Matlab / Simulink的高速加工过程建模与仿真

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摘要

This paper shows the mathematical development to derive the integral-differential equations and the algorithms implemented in MATLAB to predict the cutting force in real time in high speed machining processes. This paper presents a cutting-force-based model able to describe a high-speed machining process. The model considers the cutting force as an essential output variable in the physical processes taking place in high-speed machining. For the sake of simplicity, only one type of end mill shapes is considered (i.e., cylindrical mill) for real-time implementation of the developed algorithms. The developed model is validated in slot-milling operations. The results corroborate the importance of the cutting-force variable for predicting tool wear in highspeed machining operations.
机译：本文展示了推导积分微分方程的数学方法以及在MATLAB中实现的用于实时预测高速加工过程中切削力的算法。本文提出了一种基于切削力的模型，该模型能够描述高速加工过程。该模型将切削力视为高速加工中发生的物理过程中必不可少的输出变量。为了简单起见，仅考虑一种类型的立铣刀形状（即圆柱铣刀）以实时实现所开发算法。所开发的模型已在槽铣操作中得到验证。结果证实了切削力变量对于预测高速加工操作中的刀具磨损的重要性。

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