SUSTAINABILITY IN ADDITIVE MANUFACTURING

Afzal Bhat M, Devanshu Veshviker, K. Bhat, Sagar P. Shah, Shaikh Aa
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引用次数: 4

Abstract

Additive Manufacturing (AM) opens new opportunities for the economy and the society and the global market of this technology is growing rapidly. However, quality assurance remains the main barrier for a broader integration of AM in the industrial sector. Most quality-related problems of AM are caused by uncontrolled variations in the production chain. By identifying the key controlling parameters or the Key Characteristics (KC) and introducing the proper process control protocol for these parameters, the effect of these variations can be limited and expensive monitoring, rework, repair and quality-related problems can often be avoided. The work presented in this paper reviews the recent literature related to sustainability in AM and proposes a new approach into how the key characteristics, which are normally used to reduce variations in production, can give an insight to a sustainable AM.
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增材制造的可持续性
增材制造(AM)为经济和社会带来了新的机遇,该技术的全球市场正在迅速增长。然而,质量保证仍然是AM在工业部门更广泛整合的主要障碍。增材制造的大多数质量相关问题是由生产链中不受控制的变化引起的。通过识别关键控制参数或关键特性(KC),并为这些参数引入适当的过程控制协议,可以限制这些变化的影响,并且通常可以避免昂贵的监控、返工、修理和质量相关问题。本文介绍的工作回顾了最近与增材制造可持续性相关的文献,并提出了一种新的方法来研究通常用于减少生产变化的关键特征如何能够深入了解可持续增材制造。
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来源期刊
Academic Journal of Manufacturing Engineering
Academic Journal of Manufacturing Engineering Engineering-Industrial and Manufacturing Engineering
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0.40
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