Concurrent engineering is an approach for fast product development. To support concurrent product design and process planning effective tools are needed. This paper desribes the development of a knowledge-based system for this approach. lt consists of tools for feature-based product design, design for assembly analysis, and process planning. All tools work on an integrated product and process model. The integrated model and the data structure of the developed assembly-features are discussed. The perspective of using knowledge-based methods for realizing concurent engineering is described
Knowledge-based engineering systems for manufacturing are used to digitalise the process know-how an...
Technical knowledge and experience are intangible assets crucial for competitiveness. Knowledge is p...
Concurrent Engineering (CE) attempts to process as many product development tasks in parallel as pos...
Research into assembly oriented design, planning and system development is of significance not only ...
The need for a product model which can support the modelling requirements of a broad range of applic...
International audienceThis paper deals with knowledge integration during product design. An integrat...
Abstract: In order to accurately cost the new product manufacture, and to assess a ‘what if ’ scenar...
In this research, the development of a knowledge-based assembly planning system is investigated. The...
Digital design and manufacturing are critical drivers of competitiveness but only few companies and ...
Simultaneous Engineering addresses the issue of developing the lowest cost design of a part by concu...
Process planning is knowledge intensive in nature. Using intelligent methodology to develop computer...
The design and the configuration of manufacturing systems, such as assembly lines layouts, are time ...
The design, engineering, manufacture, and maintenance of high performance and high complexity system...
Abstract: During design phase, engineering activities typically involve large groups of people from ...
Knowledge-based engineering systems for manufacturing are used to digitalise the process know-how an...
Technical knowledge and experience are intangible assets crucial for competitiveness. Knowledge is p...
Concurrent Engineering (CE) attempts to process as many product development tasks in parallel as pos...
Research into assembly oriented design, planning and system development is of significance not only ...
The need for a product model which can support the modelling requirements of a broad range of applic...
International audienceThis paper deals with knowledge integration during product design. An integrat...
Abstract: In order to accurately cost the new product manufacture, and to assess a ‘what if ’ scenar...
In this research, the development of a knowledge-based assembly planning system is investigated. The...
Digital design and manufacturing are critical drivers of competitiveness but only few companies and ...
Simultaneous Engineering addresses the issue of developing the lowest cost design of a part by concu...
Process planning is knowledge intensive in nature. Using intelligent methodology to develop computer...
The design and the configuration of manufacturing systems, such as assembly lines layouts, are time ...
The design, engineering, manufacture, and maintenance of high performance and high complexity system...
Abstract: During design phase, engineering activities typically involve large groups of people from ...
Knowledge-based engineering systems for manufacturing are used to digitalise the process know-how an...
Technical knowledge and experience are intangible assets crucial for competitiveness. Knowledge is p...
Concurrent Engineering (CE) attempts to process as many product development tasks in parallel as pos...