The current work is conducted with an aim to accrue comprehensive understanding of the growth habits of an analog of aluminium rich composites from the melt to explore the superiority of micromechanical parameters in the domain of anisotropic alignment of microstructural parameters. Homogeneous chemical composition and liquidus temperature of the fabricated composite Al-Cd-Sn are ascertained by DSC technique, and alloying ability of the constituent phases is established by X-ray diffraction study. The scanning electron microscope is used in the analysis of surface structures of the composite phases at variable anisotropic growth rates. Computed Vickers micromechanical parameters of the composite at variable anisotropic growth velocity under constant applied load of 50 x 10-2 N in the experimental load range from 10 x 10-2 N to100x 10-2 N for a definite time interval 10s, are found to follow an identical form of the Weibull probability distribution curve. Naturally occurring constants with the micromechanical parameters are extensively studied for physical understanding of the plastic deformation.
