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3DSystems:发现金属3D打印在航空领域的优势(英文版)(19页).pdf

上传人: AG 编号:606171 2024-01-01 19页 10.40MB

1、eBookWhy Lighter Parts MatterDiscover the Advantages of Metal 3D Printing for Aerospace3D SYSTEMS|EBOOK|THE ADDITIVE ADVANTAGE:METAL 3D PRINTING AND LIGHTWEIGHTINGContents01 The Pressure Is On to Get Weight Out02 Less Material With Improved Performance03 Additive Versus Other04 An Engineers Disclaim

2、er05 Why Lighter Weight Parts Matter06 Fuel Economy07 System Efficiency08 Feather Light for Spaceflight:Radio Frequency Filters10 Rethinking Solids11 How to Add Lightness:Software12 How to Add Lightness:Hardware and Materials13 How to Apply Lightweighting14 3DXpert15 The DMP Flex 35016 Metal Materia

3、ls3D SYSTEMS|EBOOK|THE ADDITIVE ADVANTAGE:METAL 3D PRINTING AND LIGHTWEIGHTING01The Pressure Is On to Get Weight OutEngineers everywhere have to deliver consistent improvements in parts and systems as a standard part of the job.The answer to driving up fuel efficiency,while cutting operating costs a

4、nd emissions is lighter parts.But swapping heavy for light is just the first step in a marathon to put real distance between you and the competition,you need innovation.A tried and tested,non-standard tool can give you the edge.Metal 3D printing-also known as direct metal laser sintering(DMLS),direc

5、t metal printing(DMP)and metal additive manufacturing is a game-changer.This ebook is for curious and competitive businesses,engineers,and designers who want to unlock the advantages metal 3D printing has to offer.We will start with some basic concepts and definitions,provide actual and theoretical

6、application examples,and share some design and manufacturing strategies you can incorporate to optimize your outcomes.3D SYSTEMS|EBOOK|THE ADDITIVE ADVANTAGE:METAL 3D PRINTING AND LIGHTWEIGHTING02Less material with improved performanceSo what is it that makes metal additive manufacturing such a spec

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本文主要探讨了金属3D打印在航空航天领域的应用及其优势。金属3D打印通过逐层堆叠材料的方式制造零件,与传统的减法制造相比,具有轻量化的优势。例如,金属3D打印制造的零件可以减轻50%,提高燃油效率,并提高系统效率。这种技术使得设计复杂的零件变得更加容易,例如内部空心结构或轻质 lattice 结构。此外,金属3D打印还可以优化卫星支架等部件的设计,提高性能的同时减少重量。文章还提到了金属3D打印在制造RF过滤器方面的应用,这些过滤器在通信卫星中起到关键作用。最后,文章讨论了如何通过软件和硬件优化设计,以及如何应用轻量化策略。总的来说,金属3D打印为航空航天行业提供了一种实现轻量化的有效手段。
"金属3D打印如何减重?" "轻量化如何提升航空器燃油效率?" "3D打印在航天器设计中的应用有哪些?"
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