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      C-space approach to tool-path generation for die and mould machining

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      https://www.riss.kr/link?id=E686729

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      다국어 초록 (Multilingual Abstract)

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      Presented in the paper is a new approach to 3-axis NC tool-path generation for sculptured surface machining In the proposed C-space approach, the geometric data describing the design-surface and stock-surface are transformed into C-space elements, and then, all the tool-path generation decisions are made in the configuration space (C-space) The C-space approach provides a number of distinctive features suitable for high speed machining of dies and moulds, including: (1) gouge-free and collision-free tool-paths; (2) balanced cutting-loads, (3) smooth cutter movements; (4) verification mechanisms. It is suggested, with some supportive results, that the Z-map model might be a suitable representation scheme for implementing the C-space method Also discussed other implementation as well as future research directions.
      ⓒ1997 Elsevier Science Ltd.
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      Presented in the paper is a new approach to 3-axis NC tool-path generation for sculptured surface machining In the proposed C-space approach, the geometric data describing the design-surface and stock-surface are transformed into C-space elements, and...

      Presented in the paper is a new approach to 3-axis NC tool-path generation for sculptured surface machining In the proposed C-space approach, the geometric data describing the design-surface and stock-surface are transformed into C-space elements, and then, all the tool-path generation decisions are made in the configuration space (C-space) The C-space approach provides a number of distinctive features suitable for high speed machining of dies and moulds, including: (1) gouge-free and collision-free tool-paths; (2) balanced cutting-loads, (3) smooth cutter movements; (4) verification mechanisms. It is suggested, with some supportive results, that the Z-map model might be a suitable representation scheme for implementing the C-space method Also discussed other implementation as well as future research directions.
      ⓒ1997 Elsevier Science Ltd.

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      목차 (Table of Contents)

      • Abstract
      • INTRODUCTION
      • BASIC CONCEPTS AND DEFINITIONS
      • Abstract
      • INTRODUCTION
      • BASIC CONCEPTS AND DEFINITIONS
      • CONVENTIONAL TOOL-PATH GENERATION METHODS
      • REQUIREMENTS FOR HIGH SPEED MACHINING OF DIES
      • C-SPACE APPROACH TO TOOL-PATH GENERATION FOR HIGH SPEED MACHINING OF DIES AND MOULDS
      • CONCLUSIONS ANDFUTURE RESEARCH DIRECTIONS
      • REFERENCES
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