THE MICROSEGREGATION PATTERN OF ALUMINUM AND SILICON IN THE MATRIX MICROSTRUCTURE OF THE NODULAR CAST IRONS

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KIANI RASHID A.R.; GOLAZAR M.A.

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Journal: ESTEGHLAL Year:2004 | Volume:22 | Issue:2 Page(s): 177-177

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Title

THE MICROSEGREGATION PATTERN OF ALUMINUM AND SILICON IN THE MATRIX MICROSTRUCTURE OF THE NODULAR CAST IRONS

Author(s)

KIANI RASHID A.R. | GOLAZAR M.A. | Issue Writer Certificate

Keywords

MICROSEGREGATIONQ4

MICROSTRUCTUREQ4

ALUMINIUMQ2

SILICONQ4

NODULAR GRAPHITE CAST IRONQ4

AUSTENITEQ4

Abstract

The MICROSEGREGATION pattern of ALUMINIUM and SILICON in the nodular cast irons has been investigated Microscopic analysis by EDX and EPMA indicates that there is inhomogeneity in the matrix of the as-cast experimental irons. Al is enriched at areas close to the graphite nodules, whereas the concentration of SILICON is higher in the intercellular regions. Furthermore, the results obtained on the austenitised Al-alloyed ductile irons at 920 C at different holding times indicate that austenitising reduces the inhomogeneity of the as-cast MICROSTRUCTURE and that after sufficient holding time, the matrix of Alalloyed ductile irons containing different Al concentrations can be virtually segregation free.

Cites

THE INFLUENCE OF AL CONTENT ON THE FE-C-AL-SI EQUILIBRIUM PHASE DIAGRAMS

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APA: Copy

KIANI RASHID, A.R., & GOLAZAR, M.A.. (2004). THE MICROSEGREGATION PATTERN OF ALUMINUM AND SILICON IN THE MATRIX MICROSTRUCTURE OF THE NODULAR CAST IRONS. ESTEGHLAL, 22(2), 177-177. SID. https://sid.ir/paper/6057/en

Vancouver: Copy

KIANI RASHID A.R., GOLAZAR M.A.. THE MICROSEGREGATION PATTERN OF ALUMINUM AND SILICON IN THE MATRIX MICROSTRUCTURE OF THE NODULAR CAST IRONS. ESTEGHLAL[Internet]. 2004;22(2):177-177. Available from: https://sid.ir/paper/6057/en

IEEE: Copy

A.R. KIANI RASHID, and M.A. GOLAZAR, “THE MICROSEGREGATION PATTERN OF ALUMINUM AND SILICON IN THE MATRIX MICROSTRUCTURE OF THE NODULAR CAST IRONS,” ESTEGHLAL, vol. 22, no. 2, pp. 177–177, 2004, [Online]. Available: https://sid.ir/paper/6057/en

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