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Survey of Additive Manufacturing Methods Applied to Industrial Combustion Hardware – Mark Hannum, Fives North American Combustion
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Authors: Mark Hannum
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Publication date:
February 2020
Abstract
A general chronological overview of Fives North American Combustion’s efforts to apply additive manufacturing approaches to our business. Most of the currently available technologies will be discuss, including: plastic printing (Fused Filament Fabrication/FDM), wax printing (FFF) to investment casting, sand printing (Furan/CHP), ceramics (Powder Bed Ceramic Printing), and metal (Powder Bed Metal Fusion and Direct Metal Laser Sintering). Specific projects for each technology will be shown including our current view on the suitability of the approach.
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Research: Conference
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Outline
- 01 TOTeM47 Summary – Neil Fricker
- 02 Full programme
- 03 MACH1®, the new system to reduce NOx in single ended radiant tubes – Horst Graf von Schweinitz, Econova GmbH
- 04 Survey of Additive Manufacturing Methods Applied to Industrial Combustion Hardware – Mark Hannum, Fives North American Combustion
- 05 New opportunities of thermal system design thanks to additive manufacturing: case of heat exchangers – Jean-Michel Hugo, Temisth
- 06 What does metal additive manufacturing bring for energy industry? – Maria Averyanova, Add Up Solutions
- 07 How to incorporate additive manufacturing into burners design and production for energy & cement industry? – Fouad Said, Fives Pillard
- 08 Current and future topics in additive manufacturing for gas turbine combustion – Ianos Psomoglou, Cardiff University
- 09 Numerical design and optimisation for additive manufacturing of injectors – Ismaël Juhoor, GDTech
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Download PDFHannum, M. (2020) Survey of Additive Manufacturing Methods Applied to Industrial Combustion Hardware – Mark Hannum, Fives North American Combustion.