Some progress on a research project aimed at designing and developing a computer-assisted environment for the design of preforming sequences for cold forging are presented and discussed. The main focus is on the "Generate, Test and Rectify" mechanism which controls the sequence design process, as well as on the classification and structure of the rules in the knowledge-based system. Details are given on logic and capabilities of the two modules devoted, respectively, to generate and analyse for suitability the forming sequences for multi-stage cold forging of solid and hollow rotationally symmetric parts. Some application examples end the paper.
Development of a computer-assisted environment for sequence design of cold forging technology
BERTI, GUIDO;
1989
Abstract
Some progress on a research project aimed at designing and developing a computer-assisted environment for the design of preforming sequences for cold forging are presented and discussed. The main focus is on the "Generate, Test and Rectify" mechanism which controls the sequence design process, as well as on the classification and structure of the rules in the knowledge-based system. Details are given on logic and capabilities of the two modules devoted, respectively, to generate and analyse for suitability the forming sequences for multi-stage cold forging of solid and hollow rotationally symmetric parts. Some application examples end the paper.File | Dimensione | Formato | |
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1989isataDevelopCompAssistNEW.pdf
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