Model Research on Special Metal Cutting NC Machine Tool

Tong Zhao; P.Q. Ye; H. Zhang; X.K. Wang

doi:10.4028/www.scientific.net/AMM.10-12.806

Paper Titles

Estimate of Tool Wear in Milling Operation Based on “Differential” Wear Rate Model
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The Precise Design and Machining of Formed Milling Cutters Profile Based on Feature Modeling
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Material Constitutive Model of 2Cr13 for FEA of Chip Formation Process
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Tolerance Optimal Design System Development and Application Based on UG Quick Stack Module
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Model Research on Special Metal Cutting NC Machine Tool
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On-Line Error Measurement Based on CCD in Quick-Point Grinding of Curve Parts
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Study of Knowledge-Based Engineering (KBE) Technology for the Cutting of Large Containers
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Research on Material Removal Algorithm Model in Virtual Milling Process Based on Adaptive Dynamic Quadtrees Algorithm
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Development of Surface Image Scanning Device Measurement Head Mechanism Based on AFM
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 10-12Model Research on Special Metal Cutting NC Machine...

Model Research on Special Metal Cutting NC Machine Tool

Abstract:

In this paper the model of special metal cutting NC machine Tool is presented, which consists of a base module, an overall control module, particular functional modules as well as a relation module. Each module involved in aforementioned model will be composed by software, hardware and mechanical parts, so as to combine the convergence of the ideas of modularization and mechanical-electrical integration into current understanding of special NC machine tool through the proposed model. Specially, the relation module is introduced to deal with the linking among all the other modules. The presented model aims to broaden the perspective of machine designers intending to increase the efficiency in machine design. By giving the so-called function unit model a novel modeling approach is delivered to carry out control research of special metal cutting NC machine, which is followed by the formalization description method presented as a possible abstraction methodology towards the efficient description and identification of special metal cutting NC machine tool.