為了達到高速進給、高速切削以提升切削效率的目的，使用線型馬達取代傳統接觸式的進給系統儼然成為工具機未來發展的趨勢，而在各類線型馬達中最具發展潛力的就屬線型感應馬達，但線型感應馬達於切削外力作用時會造成路徑誤差的產生，故本研究利用MSC.ADAMS建立三軸工具機模型，並於Simulink環境建立線型感應馬達以及切削力等效模型，結合三部分模型進行線型工具機之切削模擬，觀察路徑誤差成因並設法降低路徑誤差大小，以達到高效率且高精度的切削加工。

In past few years, using of linear motor becomes a good approach for high speed feeding and cutting for the machine tools. In all types of linear motor, linear induction motor is the most potential one to be used in this purpose. However, use of the linear induction motor in machine tools causes cutting path error due to the long reaction time to balance the cutting force. To study the cutting path error, in this thesis the model of three axes machine tool by using MSC.ADAMS, the equivalent models of linear induction motor and cutting force in Simulink environment are set up. Combining those three models, the cutting path of linear machine tool is simulated. From the results of the simulation, the cutting path error is found and the methods to decrease cutting path error are suggested.

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