Propagation of engineering changes to multiple product data views using history of product structure changes

Do, Namchul; Choi, Injun; Song, Minseok

doi:10.1080/09511920600786612

Cited by 18 publications

(12 citation statements)

References 10 publications

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“…This algorithm applies stochastic intersection and union operators along possible change propagation paths to calculate path likelihoods and impacts while excluding self-dependencies and cyclic paths. Cohen, Navathe, and Fulton (2000), Ariyo et al (2007), Kocar and Akgunduz (2010) Goel and Stroulia (1996), Ollinger and Stahovich (2004), Ahmad, Wynn, and Clarkson (2013) 8 Consistency The model-building approach supports consistency checks, ensuring that the model is internally consistent and consistent with other models Xue, Yang, and Tu (2006), Do, Choi, and Song (2008), Kocar and Akgunduz (2010) 9 Adaptability A model of an existing product can be adapted to analyse a new product, i.e. existing models can be re-used easily Goel and Stroulia (1996), Ma, Chen, and Thimm (2008), Ahmad, Wynn, and Clarkson (2013) 10 Benefit-to-cost ratio of model building Habhouba, Cherkaoui, andDesrochers (2011), Wasmer, Staub, andVroom (2011) to a target is defined by the sum of all risks imposed from penultimate components (other than the initiator) to the target.…”

Section: Cpm and Its Comparative Assessment Against The Requirementsmentioning

confidence: 99%

Requirements-based development of an improved engineering change management method

Hamraz

Caldwell

Wynn

et al. 2013

Journal of Engineering Design

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Engineering changes (ECs) are essential in complex product development, and their management is a crucial discipline for engineering industries. Numerous methods have been developed to support EC management (ECM), of which the change prediction method (CPM) is one of the most established. This article contributes a requirements-based benchmarking approach to assess and improve existing methods. The CPM is selected to be improved. First, based on a comprehensive literature survey and insights from industrial case studies, a set of 25 requirements for change management methods are developed. Second, these requirements are used as benchmarking criteria to assess the CPM in comparison to seven other promising methods. Third, the best-in-class solutions for each requirement are investigated to draw improvement suggestions for the CPM. Finally, an enhanced ECM method which implements these improvements is presented.

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Section: Cpm and Its Comparative Assessment Against The Requirementsmentioning

confidence: 99%

Requirements-based development of an improved engineering change management method

Hamraz

Caldwell

Wynn

et al. 2013

Journal of Engineering Design

View full text Add to dashboard Cite

show abstract

“…Communication is the key factor required between different domains within the company in engineering change process depending upon how far the product is in the life cycle. Engineering change propagation procedure can maintain consistency by propagating ECs in a base product definition to product data views [65].…”

Section: Engineering Change Processmentioning

confidence: 99%

Engineering Changes in Product Design - A Review

Karthik

Reddy

2016

IOP Conf. Ser.: Mater. Sci. Eng.

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Abstract.Changes are fundamental to product development. Engineering changes are unavoidable and can arise at any phase of the product life cycle. The consideration of market requirements, customer/user feedbacks, manufacturing constraints, design innovations etc., turning them into viable products can be accomplished when product change is managed properly. In the early design cycle, informal changes are accepted. However, changes become formal when its complexity and cost increases, and as product matures. To maximize the market shares, manufacturers have to effectively and efficiently manage engineering changes by means of Configuration Control. The paper gives a broad overview about 'Engineering Change Management' (ECM) through configuration management and its implications in product design. The aim is to give an idea and understanding about the engineering changes in product design scenario to the new researchers. This paper elaborates the significant aspect of managing the engineering changes and the importance of ECM in a product life cycle.

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Section: Engineering Change Processmentioning

confidence: 99%

Engineering Change Implications on Product Design: A Review of the Literature

Ullah¹,

Tang²,

Yin³

2015

Advances in Social Science, Education and Humanities Research

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Abstract. Engineering changes are inexorable and can arise at any phase of the product life cycle. To capture the maximum market shares manufacturers have to effectively and efficiently manage engineering changes. This paper provides overview of ECM and perspective on the published academic literature related to product engineering changes. The aim is to give an idea and understanding about the engineering changes in product to the new researchers. Engineering changes can be taken in both aspects such as an opportunity to enhance the product performance and as a burden, resulting in a rework, which utilizes resources, time and cost. It is paramount that the impact of engineering changes be identified, assessed and implemented as early as possible. Different methods/tools have been devised to better understand the engineering change phenomenon and to control the changes. ECM can help to mitigate the potential of negative consequences arising from uncertainties during the product life cycle. In this paper the significant aspects of the engineering changes have been discussed and highlighted the methods/tools that are proposed by the researchers. The review shows the prominence of ECM in a product life cycle.

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Propagation of engineering changes to multiple product data views using history of product structure changes

Cited by 18 publications

References 10 publications

Requirements-based development of an improved engineering change management method

Requirements-based development of an improved engineering change management method

Engineering Changes in Product Design - A Review

Engineering Change Implications on Product Design: A Review of the Literature

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