Recent trends and research opportunities in hybrid additive manufacturing

IF 2.4 Q2 ENGINEERING, MULTIDISCIPLINARY
Soni Kumari, Rakesh Gupta, Gopal Krishna, K. Abhishek, Naveenkrishna Alla, K. K. Saxena
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Abstract

Over the past few decades, manufacturing and production have undergone rapid development, particularly through the combination of additive manufacturing (AM) and other digitally driven manufacturing machines, creating hybrid additive manufacturing (hybrid-AM). However, despite significant growth, hybrid-AM has not yet gained acceptance at an industrial level due to certain limitations. This article aims to provide the latest information and discuss recent research trends, opportunities, challenges, and indicators in the field of hybrid-AM. Specifically, it will review and analyze literature related to the development of hybrid additives and subtractive processes known as HASPs, and identify future research avenues. Additionally, the article will identify key traits and research work in HASP systems, as well as present the future of HASPs and other types of hybrid machine tools based on recent trends.
混合增材制造的最新趋势和研究机会
在过去的几十年里,制造和生产经历了快速发展,特别是通过增材制造(AM)和其他数字驱动制造机器的结合,创造了混合增材制造(hybrid-AM)。然而,尽管有显着增长,但由于某些限制,混合增材制造尚未在工业水平上获得接受。本文旨在提供最新信息,并讨论混合am领域的最新研究趋势、机遇、挑战和指标。具体来说,它将回顾和分析与混合添加剂和减法工艺(hasp)发展相关的文献,并确定未来的研究途径。此外,本文将确定HASP系统的关键特征和研究工作,并根据最近的趋势介绍HASP和其他类型的混合机床的未来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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