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Rheocasting process [81]

Rheocasting process [81]

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Fig. 3 Rheocasting process [81]
Fig. 4 Stirring process
Fig. 7 Direction of surface finishing with emery paper
Fig. 12 NOVA FE-SEM 450(FEI) Scanning Electron Microscope
Fig. 31 Tensile strength of Al-Mg+SiC MMCs
Characterization of Aluminium Metal Matrix Composite Reinforced by Silicon Carbide and Boron Carbide on Different Weight Percentage
Book
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  • Dec 2015
Composite materials are superior to the straight massive materials with respect to achievable combination of strength, density and stiffness.Metal matrix composites (MMCs) based on aluminium & aluminium-magnesium alloys are excellent candidates for engineering light structure materials, and have great potential in automotive, high performance defen...
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... strength for Al-Mg alloy and their composites is measured. The result is shown in figure 31 and 32. Increasing of tensile strength of Aluminium matrix composites is caused due to applied tensile load transfer to strongly bonded SiC reinforcement in Aluminium matrix, increased dislocation density near matrix-reinforcement interface, and grain refining strengthening effect. ...

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