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Open Access Research Article

Thermodinamics of in situ Production of Aluminium Matrix Composites comparative analysis

MIHAI BUTU, PETRU MOLDOVAN, FLORIN DRAGOS MARCU, ANDREI BERBECARU, CONSTANTIN DOMENIC STANCEL, LUCIAN ROSU, IONEL UNGUREANU
DOI Not yet assigned
Published 30 Sep 2016
Pages 428–433

Abstract

The aim of this work is to examine the role of alloying elements (Cu, Mg, Zn) in the complex reactions occurring in the heterogeneous system Al-Cu-Mg-Zn/K2TiF6/KBF4 at high temperatures. The paper presents theoretical and experimental studies to obtain aluminothermic reactions of composite AA7xxx/TiB2, putting into evidence the thermodynamic calculations and X-ray diffraction resulting compounds.

Keywords: Al-Cu-Mg-Zn; TiB2; aluminium matrix composites; XRD

How to Cite this Article

BUTU, M., MOLDOVAN, P., MARCU, F., BERBECARU, A., STANCEL, C., ROSU, L., & UNGUREANU, I. (2016). Thermodinamics of in situ Production of Aluminium Matrix Composites comparative analysis. Materiale Plastice, 53(3), 428–433.
BUTU M, MOLDOVAN P, MARCU F, BERBECARU A, STANCEL C, ROSU L, UNGUREANU I. Thermodinamics of in situ Production of Aluminium Matrix Composites comparative analysis. Materiale Plastice. 2016;53(3):428–433.
M. BUTU, P. MOLDOVAN, F. MARCU, A. BERBECARU, C. STANCEL, L. ROSU, and I. UNGUREANU, "Thermodinamics of in situ Production of Aluminium Matrix Composites comparative analysis,” Materiale Plastice, vol. 53, no. 3, pp. 428–433, 2016.
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