Approaches to implement safe by design in early product design through combining risk assessment and Life Cycle Assessment

Subramanian, Vrishali; Peijnenburg, Willie J.G.M.; Vijver, Martina G.; Blanco, Carlos F.; Cucurachi, Stefano; Guinée, Jeroen B.

doi:10.1016/j.chemosphere.2022.137080

Cited by 22 publications

(23 citation statements)

References 34 publications

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“…To solve this problem of heterogeneity of systems within the company, PLM software such as Windchill is used. This system offered by PTC [10] has a distinct approach to quality and includes a variety of tools to control it, including change and configuration management, subsystem requirements and test management, non-conformance checks, customer experience management, auditing, documentation control, failure impact analysis (FMEA), fault tree analysis (FTA), and risk-based design (RDB), which are centrally stored and mapped to specifications on the Design, Production and Maintenance of Materials and Process Plans [11].…”

Section: Research and Resultsmentioning

confidence: 99%

Quality management integration in the functionality of product lifecycle management in energy-effective production

Gurov,

Deniskina,

Pocebneva

et al. 2023

E3S Web Conf.

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In the current realities, there are practices where companies use various tools and systems to plan and manage the quality of products and processes. Many of these tools and systems are disconnected from data/product information management systems to varying degrees, depending on the level of workflow automation. The disadvantage of disparate quality management tools is that repetitive issues that occur across multiple systems can make it difficult to investigate root causes by isolating related data items without being able to understand the relationships between them. The conventional method also provides energy loss in production due to extra power consumption. Redundant work to identify and fix quality issues can be done across multiple tools without an automated way to communicate what you've learned to other teams. This leads to inconsistent and incomplete solutions to problems that hinder rather than improve product and process quality. Thanks to the recent development of new technologies, many IT tools have become available on the market, among them product lifecycle management (PLM) systems, which are very popular among companies that allow them to create and support complex industrial products, including aeronautical equipment. The article provides an end-to-end solution on a platform like this, which aims to link quality to product design, sustainable development in the field of energy-effective production. This approach provides multidisciplinary teams and the broader supply chain with powerful closed-loop capabilities to identify and manage risks, improve quality, meet customer requirements, and ensure compliance with environmental health, safety, and information management requirements.

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Section: Research and Resultsmentioning

confidence: 99%

Quality management integration in the functionality of product lifecycle management in energy-effective production

Gurov,

Deniskina,

Pocebneva

et al. 2023

E3S Web Conf.

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“…V. Subramanian et al 26) devoted their research to the study of scientific approaches to the introduction of safe products based on a combination of life cycle assessment and risk assessment at the early stages of their development. Scientists have proven that the combination of life cycle assessment and risk assessment is advisable to be used at the stage of product design for the purpose of early diagnosis of the environmental safety of production.…”

Section: Discussionmentioning

confidence: 99%

The Application of the Life Cycle Assessment Method in Managing the Logistics of Municipal Waste Collection

Izdebski,

Serafin,

Tarasevych

2023

Evergreen

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The relevance of this topic is due to the high level of importance of sustainable waste management and the need for effective decision-making tools. The purpose of the article is to justify the possibility and expediency of using the life cycle assessment method in managing the logistics of municipal waste management. The research was conducted using general scientific methods of cognition: system analysis, synthesis, generalization, deduction, abstraction, concretization, and formalization. Given the results of the conducted research, the meaning, and essence of the evaluation method life cycle are highlighted. It was determined that the life cycle assessment method is possible and advisable to be used for analyzing the impact of waste on the environment, namely on the quality of the ecosystem, state of health of the population, and use of natural resources. It is noted that this method is an effective tool for ensuring the rational use of natural resources and effective management of waste, allowing optimizing the process of management of logistics of waste according to the criteria of time and cost. Separate attention is assigned to considering the process of adopting management solutions in the part of optimizing logistic processes in the system of managing municipal waste, which is outlined as a choice of one option from several possible ones. It is proposed that the method of life cycle assessment be applied by local authorities in Poland to substantiate management decisions regarding the choice of alternative options for processing, disposal, or dumping of municipal waste based on the criterion of minimizing the harmful impact on the environment.

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“…A significant difference between the XT V-model and the classical V-model is the purpose of the circuit elements -they do not describe processes, but decision-making control points, after passing which the course of the project can be influenced. Such impacts can be provided by both the customer and the contractor [13]. White color indicates the milestones inherent in each project -approval, launch and completion.…”

Section: Modern V-model Xt Software Developmentmentioning

confidence: 99%

Project management model of motor vehicle development with consideration of built-in quality concept requirements

Zhidkikh

Smolyaninov²,

Deniskin³

et al. 2023

E3S Web of Conf.

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Problem of long timeframes of new car model development cycle due to excessive testing process of numerous vehicle prototypes is specified. Positive example of solving the problem using digital twin, computer modelling and virtual testing technologies in Formula 1 is given. Positive effect of virtual verification and validation during the development process on built-in product quality and development cycle time reduction is indicated. Existing project management V-models in automotive and information technology industries are reviewed and analyzed. State standards and methodologies of project management, lean manufacturing and digital twin development are reviewed. The improvements based on project life cycle, project management processes and product life cycle are enumerated and explained. Improved V-shaped project management model is described and visualized. The proposed model positive effects are described: it allows to increase the level of built-in vehicle quality, shorten its development cycle timeframes while providing the connection between project management and product development processes.

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Approaches to implement safe by design in early product design through combining risk assessment and Life Cycle Assessment

Cited by 22 publications

References 34 publications

Quality management integration in the functionality of product lifecycle management in energy-effective production

Quality management integration in the functionality of product lifecycle management in energy-effective production

The Application of the Life Cycle Assessment Method in Managing the Logistics of Municipal Waste Collection

Project management model of motor vehicle development with consideration of built-in quality concept requirements

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