Adaptive Fuzzy Control of Cutting Temperature Based on Cutting Fluid in High-Speed Machining

Wei Wu Zhong; Dong Biao Zhao; Xi Wang; Hui Yu

doi:10.4028/www.scientific.net/AMR.97-101.2381

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Modification of Pellet Materials by Low Temperature Plasma
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H-Infinity Robust Control Methodology of Multi-Variable NCSs
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Evaluating Process Design through Quality Function Deployment for Environment
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Adaptive Fuzzy Control of Cutting Temperature Based on Cutting Fluid in High-Speed Machining
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Novel Non-equidistant Optimum GM(1,1) Model with Modified nth Component be Taken as Initial Value and its Application to Metal Cutting
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Study on an Inventory Decision Model in an Assembly System
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Design and Study of Multi-Function Asphalt Mixture Shear Apparatus
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 97-101Adaptive Fuzzy Control of Cutting Temperature...

Adaptive Fuzzy Control of Cutting Temperature Based on Cutting Fluid in High-Speed Machining

Abstract:

Green manufacturing is the theme of manufacturing industry in the 21st century. The environment can be seriously polluted by a large quantity of waste cutting fluid .In manufacturing industry, it’s critical to restrict the quantity of waste cutting fluid poured in the environment in order to assure a green earth. Cutting temperature has a major impact on processing quality. A stable cutting temperature means a high quality process. Cutting temperature is also a comprehensive embodiment of process state. In order to control cutting temperature in an appropriate level, an adaptive fuzzy control system is developed to control the flow of cutting fluid injected to machining tool and workpiece which can not only reduce the consumption of cutting fluid but also ensure process quality. Simulation and experiment results show that this control system can achieve the desired purpose.