Dissertation > Excellent graduate degree dissertation topics show

High Speed Milling Cutter Cutting Performance Evaluation Based on Fuzy-Matter Element

Author: MaHaiZhen
Tutor: JiangBin
School: Harbin University of Science and Technology
Course: Mechanical Manufacturing and Automation
Keywords: high speed milling high speed milling cutter cutting performance fuzzy object element evaluation
CLC: TG714
Type: Master's thesis
Year: 2008
Downloads: 27
Quote: 0
Read: Download Dissertation

Abstract


High speed milling is an advanced and practical manufacture technology, which has been widely applied in many fields,such as astronautics,automobile and mould. It has advantages of high efficiency,high machining quality,and high machining precision.The technology of cutting performance evaluation is an important aspect of the study on high speed milling technology,and it is also a premise or basic for designing and using high speed milling cutter. A scientific and practical method which is applied to evaluating cutting performance of high speed milling cutter will be very important to high speed milling cutter’s design technology and its application.This thesis carries on the study on the evaluation technology of high speed milling cutter’s cutting performance based on the the theory of high speed milli- ng and the achievement of high speed milling cutter technology.The main study contents are:Aiming at the trait of the coated cemented carbide high speed face milling cutter and high speed end milling cutter which are used in machining al-alloy and cast-iron,the thesis institutes cutting performance evaluation factors of high speed milling cutter; According to the theory of high speed milling,the thesis has studied on cutting force and surface roughness . Based on the analysis of cutter machining error, model of surface roughness for high speed milling has been established; According to ISO15641 criterion of high revolving milling cutter,the research on safety and dynamic equilibrium technology of high speed milling cutter has been carried on; From the aspect on increasing metal-removal rate,a study on machining efficiency of high speed milling cutter has been carried on; After that,the thesis dose a research on the influence disciplinarian of structure parameter and cutting conditions to cutting performance evaluation factors . Cutting performance evaluation model of high speed milling cutter has been established by the means of fuzzy object element analysis. The thesis has studied the optimization criterion of evaluation factors’degree of memberships and acquired the method of evaluation factors’right weight . Aiming at different design projects of high speed face milling cutter and end milling cutter which are applied to machining alloy and cast iron,their cutting performance has been appraised by the model , then, the optimization design projects has been achieved.With orthogonal experiment design method,the cutting experiment of high speed face milling cutter and end milling cutter has been carried through,the experiment does a research on cutting force and surface roughness of high speed milling alloy and cast iron,By the result of experiment,the performance of different design project’s high speed cutters has been contrast,the experiment proved that the evaluation model which has been established by fuzzy object element analysis is available.With this model, multi-factors’evaluation of high speed milling cutter can be solved. It also can provide scientific evidences to optimizing cutter structure design. Maching practice proved that this model is very practical and useful.

Related Dissertations

  1. ABS -based high-speed milling of aluminum hydraulic valve Processing Research,TG54
  2. Research on the Application of Multi-sensor Information Fusion Technology on Milling Process Monitoring,TG54
  3. Cutting silicon brass performance study,TG146.11
  4. High purity GCr15 bearing steel microstructure evolution and control process,TG142.11
  5. Effects of Sintering Temperature and Calefactive Velocity on Properties of Diatomite-based Dental Machinable Ceramic,R783.1
  6. Finite Element Simulation of High-Speed Milling Process of Metal,TG54
  7. Study on Technology and Simulation for High-speed Milling of Thin-walled Workpiece,TG54
  8. Titanium milling tool failure and high surface quality experimental study,TG54
  9. Optimization of Process Parameters in High-speed Milling Inconel 718,TG54
  10. Cutting Performances of Ceramic Tools in Dry Cutting of Austenitic Stainless Steels,TG501
  11. Dem Simulation of the Cutting Processes of Chilled Cast Iron and CFRP,TG501
  12. The Comparison of Relative Properties for RF Zirconia Ceramics and Imported Zirconia Ceramics,TQ174.1
  13. Aluminum alloy weak stiffness members of high - speed milling technology,TG54
  14. The Application Research of Vector Inverter in High Speed Milling Machine,TM921.51
  15. Simulation and Parameter Optimization of High-Speed Milling of 6005A Aluminum Alloy Carbody Structural Part,TG54
  16. The Research of Difference between Endmilling and Facemilling Used in Copper Sheets for Anode in Electro-plate Machining,TG54
  17. Cutting Tool Coating and Its Performance Evaluation,TG174
  18. Research on High-speed Milling Tool Wear Status Identification Based on Wavelet Neural Network,TG54
  19. GDL-4 tool steel processing performance of the preliminary study,TG142.45
  20. High Speed Milling Macro-program Research and Application,TG547

CLC: > Industrial Technology > Metallurgy and Metal Craft > Cutting tools, abrasives,abrasive tools,fixtures,molds and hand tools > Tool > Cutter
© 2012 www.DissertationTopic.Net  Mobile