A method for concurrent selection of materials and a joining process based on product requirements using a knowledge-based, constraint satisfaction approach facilitates the product design and manufacturing process. Using a Windows-based computer video display and a data base of materials and their properties, the designer can ascertain the preferred composition of two parts based on various operating/environmental constraints such as load, temperature, lifetime, etc. Optimum joinder of the two parts may simultaneously be determined using a joining process data base based upon the selected composition of the components as well as the operating/environmental constraints
Concurrent engineering is an approach for fast product development. To support concurrent product de...
Concurrent engineering is a systematic approach to the integrated, concurrent design of products and...
Abstract: Concurrent Engineering (CE) emphasizes the simultaneous consideration of downstream aspect...
The sequential manner in which materials and processes for a manufactured product are selected is in...
The assembly of any manufactured product involves joining. This paper describes ways of selecting pr...
[EN] The main aim of this research work is to draw up a framework proposal for integrated materials ...
It is now widely accepted that the final cost of a manufactured product is largely determined at the...
This paper studies various work on the development of computerized material selection system. The im...
This book covers topics related to developing natural-fiber composite products during the conceptual...
There is an increased study for considering the precise decisions on the design concept (DC) and mat...
Simultaneous Engineering addresses the issue of developing the lowest cost design of a part by concu...
There is an increased study for considering the precise decisions on the design concept (DC) and mat...
There is an increased study for considering the precise decisions on the design concept (DC) and mat...
Concurrent Engineering (CE) is regarded as a systematic design approach which integrates concurrent ...
Summary: A method to Systematically map part geometry and material requirements onto sequences of pr...
Concurrent engineering is an approach for fast product development. To support concurrent product de...
Concurrent engineering is a systematic approach to the integrated, concurrent design of products and...
Abstract: Concurrent Engineering (CE) emphasizes the simultaneous consideration of downstream aspect...
The sequential manner in which materials and processes for a manufactured product are selected is in...
The assembly of any manufactured product involves joining. This paper describes ways of selecting pr...
[EN] The main aim of this research work is to draw up a framework proposal for integrated materials ...
It is now widely accepted that the final cost of a manufactured product is largely determined at the...
This paper studies various work on the development of computerized material selection system. The im...
This book covers topics related to developing natural-fiber composite products during the conceptual...
There is an increased study for considering the precise decisions on the design concept (DC) and mat...
Simultaneous Engineering addresses the issue of developing the lowest cost design of a part by concu...
There is an increased study for considering the precise decisions on the design concept (DC) and mat...
There is an increased study for considering the precise decisions on the design concept (DC) and mat...
Concurrent Engineering (CE) is regarded as a systematic design approach which integrates concurrent ...
Summary: A method to Systematically map part geometry and material requirements onto sequences of pr...
Concurrent engineering is an approach for fast product development. To support concurrent product de...
Concurrent engineering is a systematic approach to the integrated, concurrent design of products and...
Abstract: Concurrent Engineering (CE) emphasizes the simultaneous consideration of downstream aspect...