Engineering change can have a major impact on the ability of firms to deliver design projects on time and to budget. Unexpected changes that arise during the development process can lead to expensive redesign. This paper describes a method being developed to predict the propagation of change through a product. An original technique involving counting along propagation paths is described and extended through the implementation of Monte Carlo methods to simulate change propagation
The aim of the methods described in this paper are to simulate and analyse the propagation of chang...
Change propagation is undesirable for a manufacturer when a change to one part or component of the s...
In today’s globalized and competitive world, product development processes need to be innovative, ef...
In redesign and design for customization, products are changed. During this process a change to one ...
Engineering changes can necessitate further changes to other components, which can cause severe dela...
International audienceA product is redesigned by integrating structural or functional modifications ...
This paper presents a modelling method that seeks to support the prediction and management of undesi...
Future design environments will necessitate improved management of the propagation and impacts of ch...
Engineering changes (ECs) are raised throughout the lifecycle of engineering products. A single chan...
Design changes are a frequent occurrence over the life of a product that may be initiated by an upda...
During product development changes in the initial design are ubiquitous. The ability to predict such...
Understanding how and why changes propagate during engineering design is critical because most produ...
Engineering changes (EC) occur within the product development and account for up to 50% of its capac...
Most designers struggle to fully understand a complex product. Throughout the entire life cycle of a...
Updating products requires design activities, virtual and physical prototyping of new solutions, tes...
The aim of the methods described in this paper are to simulate and analyse the propagation of chang...
Change propagation is undesirable for a manufacturer when a change to one part or component of the s...
In today’s globalized and competitive world, product development processes need to be innovative, ef...
In redesign and design for customization, products are changed. During this process a change to one ...
Engineering changes can necessitate further changes to other components, which can cause severe dela...
International audienceA product is redesigned by integrating structural or functional modifications ...
This paper presents a modelling method that seeks to support the prediction and management of undesi...
Future design environments will necessitate improved management of the propagation and impacts of ch...
Engineering changes (ECs) are raised throughout the lifecycle of engineering products. A single chan...
Design changes are a frequent occurrence over the life of a product that may be initiated by an upda...
During product development changes in the initial design are ubiquitous. The ability to predict such...
Understanding how and why changes propagate during engineering design is critical because most produ...
Engineering changes (EC) occur within the product development and account for up to 50% of its capac...
Most designers struggle to fully understand a complex product. Throughout the entire life cycle of a...
Updating products requires design activities, virtual and physical prototyping of new solutions, tes...
The aim of the methods described in this paper are to simulate and analyse the propagation of chang...
Change propagation is undesirable for a manufacturer when a change to one part or component of the s...
In today’s globalized and competitive world, product development processes need to be innovative, ef...