增材制造在油气应用中的标准化

L. Vendra, Ameen Malkawi, A. Avagliano
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引用次数: 3

摘要

随着增材制造(AM)向工业生产的发展,迫切需要标准化来确保一致性和可靠性。制定行业公认的标准和指南对于多个行业的增材制造零件的资格和认证是必要的。与传统制造相比,增材制造具有多种优势,包括减轻重量、零件整合、设计自由度和减少库存,并已在航空航天等行业展示了其潜力。由于增材制造是一种相对较新的制造技术,因此缺乏针对增材制造的测试和检查程序,这阻碍了标准的制定。现有的测试程序是为传统制造的零件开发的,这些零件不直接适用于增材制造工艺。许多标准开发组织正致力于为增材制造价值链中的各种流程制定指导方针和标准。将概述标准开发组织在增材制造领域的活动现状,重点关注差距和行业特定要求。特别是在石油和天然气领域,需要制定相关标准,以提高作业和环境的安全性、效率和可持续性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Standardization of Additive Manufacturing for Oil and Gas Applications
As Additive Manufacturing (AM) progresses forward to industrial production, there is a predominant need for standardization to ensure consistency and reliability. Development of industry accepted standards and guidelines is necessary for qualification and certification of AM parts across several industries. AM affords several advantages when compared to conventional manufacturing, including weight reduction, part consolidation, design freedom and inventory reduction, and has demonstrated its potential in industries such as aerospace. Since it is a relatively new manufacturing technology, there is a lack of testing and inspection procedures specific to AM, which hinders the development of standards. Existing testing procedures were developed for traditionally manufactured parts that are not directly applicable to AM processes. A number of Standards Development Organizations are working towards developing guidelines and standards for various processes in the AM value chain. An overview of the current status of Standard Development Organization's activities in the field of AM will be presented, focusing on gaps and industry specific requirements. Specifically for applications in oil and gas, pertinent standards need to be developed to enhance operational and environmental safety, efficiency and sustainability.
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