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Study on rapidly solidified RS/PM hyper eutectic Al-Si alloy materials

Dalin Zhang

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Abstract

By employing rapid solidification and powder metallurgy technique, a new hypereutectic aluminum silicon alloy material was fabricated. The cold compact billets were canned then hot extruded. Microstructure and properties of the material were investigated. Experimental results have shown that compared to the cast alloy, the strength and plasticity was obviously improved, and the primary silicon crystal was fined and evenly distributed in aluminum matrix.

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What this paper is about

By employing rapid solidification and powder metallurgy technique, a new hypereutectic aluminum silicon alloy material was fabricated. The cold compact billets were canned then hot extruded. Microstructure and properties of the material were investigated. Experimental results have shown that compared to the cast alloy, the strength and plasticity was obviously improved, and the primary silicon crystal was fined and evenly distributed in aluminum matrix.

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Available abstract

By employing rapid solidification and powder metallurgy technique, a new hypereutectic aluminum silicon alloy material was fabricated. The cold compact billets were canned then hot extruded. Microstructure and properties of the material were investigated. Experimental results have shown that compared to the cast alloy, the strength and plasticity was obviously improved, and the primary silicon crystal was fined and evenly distributed in aluminum matrix.

Key concepts: Materials science, Eutectic system, Alloy, Microstructure, Metallurgy, Aluminium, Silicon, Powder metallurgy

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