2009
DOI: 10.4067/s0718-33052009000300003
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Numerical Simulation of the Melting of Particles Injected in a Plasma Jet

Abstract: Este trabajo presenta la simulación numérica de la fusión de una partícula inyectada en un jet de plasma. Este proceso es hoy en día aplicado para producir capas o recubrimientos delgados sobre componentes mecánicos metálicos, con el objetivo de mejorar su resistencia superficial frente a diferentes fenómenos tales como corrosión, temperatura y desgaste. En este trabajo se estudió la transferencia de calor incluyendo cambio de fase, de una partícula bimaterial compuesta por un centro metálico de hierro recubie… Show more

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Cited by 2 publications
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“…The degree of coverage at the surface of the core material particles in the core–shell structure depends on several factors, including: i) the required particle size ratio of the core to shell being greater than 10:1; ii) the properties of the shell material; iii) the relative adhesive properties of the core and shell particles; iv) adjusting the distance between the press head and scraper and the chamber wall; and v) the energy input from the machine. [ 270 ]…”
Section: Scalable Synthesis Of Core–shell Techniquesmentioning
confidence: 99%
“…The degree of coverage at the surface of the core material particles in the core–shell structure depends on several factors, including: i) the required particle size ratio of the core to shell being greater than 10:1; ii) the properties of the shell material; iii) the relative adhesive properties of the core and shell particles; iv) adjusting the distance between the press head and scraper and the chamber wall; and v) the energy input from the machine. [ 270 ]…”
Section: Scalable Synthesis Of Core–shell Techniquesmentioning
confidence: 99%