Please use this identifier to cite or link to this item: http://hdl.handle.net/10553/42651
|Title:||Combination of electroforming and cold gas dynamic spray for fabrication of rotational moulds: feasibility study||Authors:||Ortega, Fernando
Monzón, Mario D.
Benítez, Antonio N.
Benítez, Antonio N.
Marrero Alemán, María Dolores
|UNESCO Clasification:||331208 Propiedades de los materiales
331212 Ensayo de materiales
|Issue Date:||2014||Publisher:||0268-3768||Journal:||International Journal of Advanced Manufacturing Technology||Abstract:||Actual trend in Additive Manufacturing is producing of multimaterial objects. For example, in the case of fabrication of rotational moulds, the multilayer concept with combination of nickel and copper as primary materials for shells seems to be promising. In this work, hybrid approach combining the advantages of electroforming process (accuracy, reproducibility, and quality of material) and cold spray (small amount of heat transferred to the substrate, retention of microstructure, and properties of feedstock and fast speed of process) for producing of multimaterial mould is discussed. Experimental results of the feasibility study presented in this paper show that cold spray deposition of thick (2–4 mm) copper layers on nickel substrate produced by electroforming technique is possible if an intermediate copper layer produced by electroplating is applied. Addition of ceramic particles to the copper feedstock powder permits to perform cold spray deposition directly on electroformed nickel surface without intermediate layer, but bonding strength in this case is lower. Thermal shock tests did not reveal any evidence of layers delaminating in both cases.||URI:||http://hdl.handle.net/10553/42651||ISSN:||0268-3768||DOI:||10.1007/s00170-014-6331-4||Source:||International Journal of Advanced Manufacturing Technology[ISSN 0268-3768],v. 76, p. 1243-1251|
|Appears in Collections:||Artículos|
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