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STATIC STRUCTURAL ANALYSIS OF BORON CARBIDE (B4C) PARTICULATE REINFORCEMENT WITH ALUMINIUM ALLOY (LM25) MATRIX
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This analysis deals with the investigation on aluminium alloy (LM25) and boron carbide particulate(B4C) reinforcement which were cross linked to each other. Aluminium alloy LM 25 is the matrix metal possessing mechanical properties such as low weight, high strength and good machinability. Experimental tests were performed before the static structural analysis, the results obtained from the experiments were used as input data for the software analysis which was performed on ANSYS 17.0 fluent software. Finally, after the stress analysis it was concluded that as the increase of B4C in the composite will result good strength and 10% B4C is the best composition with aluminum matrix taken. Keywords: aluminum alloy (LM25); boron carbide particulate(B4C); static structural analysis; ANSYS 17.0 fluent software; stress analysis
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Title: STATIC STRUCTURAL ANALYSIS OF BORON CARBIDE (B4C) PARTICULATE REINFORCEMENT WITH ALUMINIUM ALLOY (LM25) MATRIX
Description:
This analysis deals with the investigation on aluminium alloy (LM25) and boron carbide particulate(B4C) reinforcement which were cross linked to each other.
Aluminium alloy LM 25 is the matrix metal possessing mechanical properties such as low weight, high strength and good machinability.
Experimental tests were performed before the static structural analysis, the results obtained from the experiments were used as input data for the software analysis which was performed on ANSYS 17.
0 fluent software.
Finally, after the stress analysis it was concluded that as the increase of B4C in the composite will result good strength and 10% B4C is the best composition with aluminum matrix taken.
Keywords: aluminum alloy (LM25); boron carbide particulate(B4C); static structural analysis; ANSYS 17.
0 fluent software; stress analysis.
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