The mapping of design intent to the subsequent downstream application features, such as machining planning, setup planning, engineering analysis, assembly planning, etc., is an important area of research in CIM. Feature technology is recognized to have the potential for automating and integrating design and downstream applications in the CIM environment. Much research effort in features has been contributed in the area of linking design and a downstream application such as manufacturing process planning using either feature recognition or the design by features approaches. However, only a limited number of feature based systems can link up more than one application. This paper describes a prototype feature conversion system for integrating ...
It is a common goal in the development of feature-based design systems to find a mechanism for suppo...
The feature-based design system described in this paper is an enhancement of an earlier system which...
Feature conversion for concurrent engineering integrates two modern product development paradigms. C...
The mapping of design intent to the subsequent downstream application features, such as machining pl...
This paper describes the application of neutral features to facilitate feature conversion. Feature c...
Improved integration using product models in a computer aided design and manufacture environment imp...
The proper integration of the activities of computer-aided design (CAD) and computer-aided manufactu...
A prototype feature-based design system for process planning is described. The system contains a des...
Process planning may be informally described as the preparation of process instructions for manufact...
Manufacture is an objective that has become more urgent within the wider context of a total Computer...
Genuine integration of Computer Aided Design (CAD) and Computer Aided Manufacture (CAM) is becoming ...
Manufacturing features and feature-based representations have become an integral part of research on...
Feature-based modeling has been considered an indispensable tool for integrating design and manufact...
Recognition of machining features provides a bridge between Computer Aided Design (CAD) and Computer...
As research and development in Computer Aided Design and Manufacture (CAD/CAM) progresses, the integ...
It is a common goal in the development of feature-based design systems to find a mechanism for suppo...
The feature-based design system described in this paper is an enhancement of an earlier system which...
Feature conversion for concurrent engineering integrates two modern product development paradigms. C...
The mapping of design intent to the subsequent downstream application features, such as machining pl...
This paper describes the application of neutral features to facilitate feature conversion. Feature c...
Improved integration using product models in a computer aided design and manufacture environment imp...
The proper integration of the activities of computer-aided design (CAD) and computer-aided manufactu...
A prototype feature-based design system for process planning is described. The system contains a des...
Process planning may be informally described as the preparation of process instructions for manufact...
Manufacture is an objective that has become more urgent within the wider context of a total Computer...
Genuine integration of Computer Aided Design (CAD) and Computer Aided Manufacture (CAM) is becoming ...
Manufacturing features and feature-based representations have become an integral part of research on...
Feature-based modeling has been considered an indispensable tool for integrating design and manufact...
Recognition of machining features provides a bridge between Computer Aided Design (CAD) and Computer...
As research and development in Computer Aided Design and Manufacture (CAD/CAM) progresses, the integ...
It is a common goal in the development of feature-based design systems to find a mechanism for suppo...
The feature-based design system described in this paper is an enhancement of an earlier system which...
Feature conversion for concurrent engineering integrates two modern product development paradigms. C...