Environmental performance modelling for additive manufacturing processes

Kerbrat, Olivier; Bourhis, Florent Le; Mognol, Pascal; Hascoët, Jean-Yves

doi:10.1504/ijrapidm.2015.074812

Cited by 6 publications

(3 citation statements)

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“…Kerbrat et al (2015) aimed to propose an approach to assess the environmental impact of manufacturing processes. Eco-indicator 99 method of LCA is used to compare different sources of environmental impact.…”

Section: Studies On Environmental Orientation Of Sustainable Additive Manufacturingmentioning

confidence: 99%

State of art review on sustainable additive manufacturing

Agrawal

Vinodh

2019

RPJ

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Purpose The purpose of this paper is to report the state of art review on sustainable additive manufacturing (AM). Design/methodology/approach AM processes are becoming environmentally conscious and sustainable. In total, 63 papers are being collected from peer-reviewed journal sources. The review is presented on triple bottom line sustainable aspects, namely, environment, economy and society. Findings In the environmental dimension, papers on energy consumption, design optimization and life cycle assessment aspects are being collected and presented. The key inferences and insights are being derived from the mentioned perspectives and a framework for sustainable AM is proposed. Research limitations/implications The review is limited to journal articles from the study on sustainable AM. Book chapters are being excluded. Practical implications The study also discussed various perspectives of sustainable AM and provided insights on sustainable AM to practitioners. Originality/value Systematic review on sustainable additive manufacturing is the original contribution of the authors.

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Section: Studies On Environmental Orientation Of Sustainable Additive Manufacturingmentioning

confidence: 99%

State of art review on sustainable additive manufacturing

Agrawal

Vinodh

2019

RPJ

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“…Pump is one of the most widely used engineering products. Pump finds applications from domestic environment to industrial environment (Ohashi and Tsujimoto, 1999;Kerbrat et al, 2015). Despite the wide usage of pumps, the same are subjected to little researches.…”

Section: Discussionmentioning

confidence: 99%

Agility in small sized pump manufacturing companies - an exploration in an Indian scenario

Peramanan

Palani²,

Devadasan

et al. 2019

IJRAPIDM

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Today, companies are required to imbibe agility characteristics. Agility of a company refers to its capability in producing innovative products by reacting quickly in accordance with the dynamic demands of the customers. In this paper, a research has been reported in which the agility level prevailing in three small size pump manufacturing companies located in India was measured by using a model called 20 criteria agile manufacturing measurement model. By using this model, the agility of these companies was measured by using a measure called agility index. The agility index of one of them was found to be higher than that of the other two. Further, it was explored to identify the weak agility criteria practiced in the three small size pump manufacturing companies. This exploration indicated that poor adoption of technology prevents the small sized pump manufacturing companies from speeding up of the agile manufacturing journey in an Indian scenario. A. Peramanan et al.

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“…The generated models give insight into how these variables impact the expenses of creating a mechanical product manufactured using AM and SM technologies [100]. In a study reported in [101], a CAD model of a product was created, and the manufacturing program was utilized to create a prediction model of flow usage that aims to reduce production environmental effects during the design stage. A study on empirical research was conducted [102] by presenting an optimization framework for estimating laser energy consumption in the SLS process.…”

Section: Energy Modeling In Additive Manufacturingmentioning

confidence: 99%

Sustainable Additive Manufacturing and Environmental Implications: Literature Review

2022

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This study’s objective is to review the literature on the environmental impact of the additive manufacturing process. When this new manufacturing technology is employed, it aims to create a healthy environment free of pollutants. The work is motivated by the lack of universal guidelines on new design approaches, the classification of manufacturing materials, and processes that address environmental concerns. Using additive manufacturing over traditional subtractive technologies may result in considerable material and energy resource savings, especially if the component is appropriately designed for manufacture. In this scenario, additive manufacturing, regarded as a potential breakthrough innovation, has grown in popularity in producing parts with complex geometry. AM encourages constant product development and flexible modifications that enable stakeholders to create better products faster. This study examines the state-of-the-art essentials of the fast-expanding manufacturing technique known as additive manufacturing (or 3D printing) and compares the environmental impact caused due to environmental issues. With increasing pressure on firms to provide transparency in their product sourcing and manufacturing processes, sustainability is no longer a distant goal but a strategic requirement. Manufacturers must also pay particular attention to their products’ total energy usage and overall environmental impact.

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Environmental performance modelling for additive manufacturing processes

Cited by 6 publications

References 0 publications

State of art review on sustainable additive manufacturing

State of art review on sustainable additive manufacturing

Agility in small sized pump manufacturing companies - an exploration in an Indian scenario

Sustainable Additive Manufacturing and Environmental Implications: Literature Review

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