Abstract: This paper shows the development of a function analysis methodology for use in flexible design. This is a strategy to identify common areas of existing designs and then form a new ‘core design ’ on which the new designs can be based. A full review of current function analysis techniques is given, from which the new systematic methodology is based. The method has three stages: function identification, function descrip-tion and function systematization. An industrial case study is given with the function analysis of a powered wheelchair
A flexible design methodology is developed to minimize the effect of uncontrolled variation by model...
The major costs of a product take place in product design stage and essential elements like i. e. ea...
TRIZ based Function Analysis models existing products based on functional interactions between produ...
Apart from geometry, functionality is one of the most significant hallmarks of a product. The functi...
Function modeling in engineering design, as one of the most common abstract language during design p...
Within a globalised world (where trade crosses almost any natural boundary) the greatest need for an...
Functional Analysis is a fundamental tool of the design process to explore new concepts and define t...
Functions are important in designing. However, several issues hinder progress with the understanding...
AbstractThe functional analysis viewpoint is essential in ensuring that the customer has a voice in ...
Functional analysis is a powerful tool to describe and represent both macro and micro devices. Funct...
To reintroduce function analysis into the curriculum of Industrial Design Engineering (IDE), we deve...
This paper describes the findings of an experiment on how different engineers understand notions of ...
AbstractTRIZ based Function Analysis models existing products based on functional interactions betwe...
TRIZ based Function Analysis models existing products based on functional interactions between produ...
This paper discuss functional representation in general, such as classification of concepts, benefit...
A flexible design methodology is developed to minimize the effect of uncontrolled variation by model...
The major costs of a product take place in product design stage and essential elements like i. e. ea...
TRIZ based Function Analysis models existing products based on functional interactions between produ...
Apart from geometry, functionality is one of the most significant hallmarks of a product. The functi...
Function modeling in engineering design, as one of the most common abstract language during design p...
Within a globalised world (where trade crosses almost any natural boundary) the greatest need for an...
Functional Analysis is a fundamental tool of the design process to explore new concepts and define t...
Functions are important in designing. However, several issues hinder progress with the understanding...
AbstractThe functional analysis viewpoint is essential in ensuring that the customer has a voice in ...
Functional analysis is a powerful tool to describe and represent both macro and micro devices. Funct...
To reintroduce function analysis into the curriculum of Industrial Design Engineering (IDE), we deve...
This paper describes the findings of an experiment on how different engineers understand notions of ...
AbstractTRIZ based Function Analysis models existing products based on functional interactions betwe...
TRIZ based Function Analysis models existing products based on functional interactions between produ...
This paper discuss functional representation in general, such as classification of concepts, benefit...
A flexible design methodology is developed to minimize the effect of uncontrolled variation by model...
The major costs of a product take place in product design stage and essential elements like i. e. ea...
TRIZ based Function Analysis models existing products based on functional interactions between produ...