Recent Advancement in Additive Manufacturing

Satyanarayana Kosaraju, Krishna Mohan B., Swadesh Kumar Singh
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引用次数: 1

Abstract

Additive manufacturing (AM) is acquiring attention in the field of manufacturing. The technique facilitates building of parts through the addition of materials using a computerized three-dimensional solid model. However, the process does not require any coolants, cutting tools, or other resources that are used in conventional manufacturing. The numerous advantages over conventional manufacturing have created interest towards the applications of additive manufacturing in the field of engineering. The governing fundamental principles of additive manufacturing offer a wide spectrum of advantages which includes design, geometric flexibility, near-net-shape capabilities, and fabrication using various materials, reducing the cycle time for manufacturing and overall savings in both energy and costs. The chapter provides a step-by-step procedure for generation of a component through 3D printing and a brief discussion on advanced AM techniques. These can produce high-quality products at high speed and can be used as industrial manufacturing techniques.
增材制造的最新进展
增材制造(AM)在制造领域受到越来越多的关注。该技术通过使用计算机化的三维实体模型添加材料来简化零件的构建。然而,该工艺不需要任何冷却剂、切削工具或传统制造中使用的其他资源。与传统制造相比,增材制造的众多优势使人们对增材制造在工程领域的应用产生了兴趣。增材制造的基本原则提供了广泛的优势,包括设计、几何灵活性、近净形状能力和使用各种材料的制造,减少了制造周期时间,节约了能源和成本。本章提供了一个循序渐进的过程,通过3D打印生成组件,并简要讨论了先进的增材制造技术。这些技术可以高速生产出高质量的产品,可以作为工业制造技术使用。
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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