An Intelligent Design for Manufacturability System for Sheet-metal Parts

An Intelligent Design for Manufacturability System for Sheet-metal Parts

A knowledge-based system used for the design of sheet-metal parts is described in this paper. The system is called Sheet Metal Advisor and Rule Tutor (SMAART) and acts as an advisor to engineers designing sheet-metal parts for high volume—low cost production using progressive dies. SMAART uses a com...

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Veröffentlicht in:Concurrent engineering, research and applications research and applications, 1993-06, Vol.1 (2), p.117-123
Hauptverfasser: de Sam Lazaro, Anthony, Engquist, David T., Edwards, Dean B.
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creator de Sam Lazaro, Anthony
Engquist, David T.
Edwards, Dean B.
description A knowledge-based system used for the design of sheet-metal parts is described in this paper. The system is called Sheet Metal Advisor and Rule Tutor (SMAART) and acts as an advisor to engineers designing sheet-metal parts for high volume—low cost production using progressive dies. SMAART uses a commercial object-oriented development environment and has been designed to interface with different CAD systems. It also integrates a feature-based CAD module. When SMAART discovers the violation of a design rule, the engineer is alerted via an advisory window and then has the opportunity to change that part of the design to improve its manufacturability.
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title An Intelligent Design for Manufacturability System for Sheet-metal Parts
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