Inkjet Based 3D Additive Manufacturing of Metals
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Inkjet Based 3D Additive Manufacturing of Metals

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Particular emphasis is placed on 3D inkjet printing of metals, which is reviewed here in great depth and for the first time. This is an ambient temperature technology which offers some unique advantages for printing metals and alloys, as well as composite and functionally graded materials.

$95.00
$95.00
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Inkjet Based 3D Additive Manufacturing of Metals
Mojtaba Salehi, Manoj Gupta, Saeed Maleksaeedi, Nai Mui Ling Sharon
Materials Research Foundations Volume 20
Publication Date 2018, 158 Pages
Print ISBN 978-1-945291-44-9 (release date January 2, 2018)
ePDF ISBN 978-1-945291-45-6
DOI: 10.21741/9781945291456

Additive Manufacturing (AM) is a highly promising rapid manufacturing process. Based on incremental layer-upon-layer deposits, three dimensional components of high geometrical complexity can be produced; applications ranging from aerospace and automotive to biomedical industries. Laser, electron beam and wire-based techniques are reviewed.
Particular emphasis is placed on 3D inkjet printing of metals, which is reviewed here in great depth and for the first time. This is an ambient temperature technology which offers some unique advantages for printing metals and alloys, as well as composite and functionally graded materials. Material selection guidelines are presented and the various deposition techniques and post-printing treatments are discussed; together with the resulting properties of the printed components: Density, shrinkage, resolution and surface roughness, porosity-related and mechanical properties, as well as biological properties
The various metal printing techniques are compared with each other and case studies are referred to.

Keywords
Additive Manufacturing, Inkjet Printing of Metals, 3D Printed Components, Laser Melting, Laser Sintering, Laser Powder Deposition, Material Selection Guidelines for Inkjet Printing of Metals, Biological Properties of AM Metals, Surface Properties of AM Metals, Porosity of AM Metals, Shrinkage of AM Metals, Mechanical of Properties of AM Metals, Density of Properties of AM Metals

Table of Contents

Chapter 1: Overview of Additive Manufacturing Processes  for Metals 1Chapter 1: Overview of Additive Manufacturing Processes  for Metals 1
Chapter 2: Methods for Inkjet 3D Printing of Metals 22
Chapter 3: Material Selection Guidelines For Inkjet 3D Printing 34
Chapter 4: Inkjet Printing and Post Printing 62
Chapter 5: Overview of Inkjet 3D Printed Metals and Their Key Performance Indicators 94
Chapter 6: Industry Frontiers and Applications 135

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Salehi and colleagues introduce materials students and researchers to the fundamentals of using inkjet technology for the three-dimensional additive manufacturing of metals. They cover an overview of additive manufacturing processes for metals, methods for the inkjet three-dimensional printing of metals, material selection guidelines for inkjet three-dimensional printing, inkjet printing and post printing, an overview of inkjet three-dimensional printed metals and their key performance indicators, and industry frontiers and applications. Annotation ©2017 Ringgold Inc. Portland, OR (protoview.com)

Related sites:

National Center for Additive Manufacturing Excellence (NCAME) at Auburn University
https://www.eng.auburn.edu/research/centers/additive/index.html

Jainagesh A Sekhar at University of Cincinnati
https://researchdirectory.uc.edu/p/sekharja

SOYLEMEZ LAB at Istanbul Technical University
https://sites.google.com/site/soylemezlab/

Additive manufacturing laboratories at Cardiff University
https://www.cardiff.ac.uk/engineering/research/facilities/additive-manufacturing-labs

The advanced materials processing laboratory (AMPLab)”, at the University of Birmingham
https://www.amplab-bham.com

https://markforged.com/learn/metal-additive-manufacturing-introduction/

About the Author

Dr Manoj Gupta is affiliated with the Mechanical Engineering Department at NUS, Singapore. To his credit are: (i) Disintegrated Melt Deposition technique and (ii) Hybrid Microwave Sintering technique. He has published over 450 peer reviewed journal papers and owns two US patents. A multiple award winner, he actively collaborate/visit Japan, France, Saudi Arabia, Qatar, China, USA and India.

Mojtaba Salehi holds both the Bachelor and Master of Science degrees in materials science and engineering. Currently, he is a PhD student in the Mechanical Engineering Department at NUS and doing research in inkjet 3D printing of metals.

Dr Sharon Nai Mui Ling is a Senior Scientist and Team Lead for 3D Additive Manufacturing at the Singapore Institute of Manufacturing Technology (SIMTech), Agency for Science, Technology and Research (A*STAR). Her research areas include (i) 3D additive manufacturing of metallic structures for structural and functional applications, (ii) design and development of new alloys and metal matrix composites for additive manufacturing, and (iii) metal powder atomization and powder processing. She has published 1 book, 2 book chapters and over 50 peer reviewed journal papers. She has also led several 3D additive manufacturing collaborative projects with industry and research partners.

Dr Saeed Maleksaeedi is a research scientist in the area of materials science and engineering at the Singapore Institute of Manufacturing Technology, Agency for Science, Technology and Research (A*STAR). He has been working in the area of additive manufacturing for more than 8 years and his research focus include (i) Powder processing of metals and ceramics, (ii) additive manufacturing processes including  binder jet 3D printing and 3D stereolithography for biomedical applications, (iii) metal and polymer matrix composites and (iv) investment casting using 3D printed patters. Saeed has published 1 book chapter and over 30 peer reviewed journal papers and publications. He is also holding several patents and disclosures in the area of additive manufacturing. In the past several years, he has been working closely with industry to testify and validate additive manufacturing processes for fabrication of functional components.

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