Geometric modeling and grinder design for toroid-cone shaped cutters

Author:

Hsieh Jone-Ming,Tsai Ying-Chien

Publisher

Springer Science and Business Media LLC

Subject

Industrial and Manufacturing Engineering,Computer Science Applications,Mechanical Engineering,Software,Control and Systems Engineering

Reference32 articles.

1. Rodin P (1977) Fundamentals of surface forming by cutting. Kiev, Vishta Shkola

2. Rodin P (1966) Cutting tools. Graphical calculations and laboratory experiments, Kiev, Tehnika

3. Belyaev S, Gordev B (1982) Automated calculation of disk tool profile for helical surfaces. J Stanki I Instr 6:53–57

4. Lio HX (1993) Smooth connecting of cutting edge curve on ball-end milling cutter. Tool Eng 2:10–12

5. Tang YY, Chen CK, Wang S (1996) Geometry model and 2-axis NC machining of milling cutters with constant helical angle. J Harbin Inst Technol 28(5):5–7

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