Nanoparticle and shape factor for improving solidification rate

Abstract

The main aim of this paper is to examine the discharging process with insertion of wavy surface and changing shape of nanoparticles. Contours were presented in the form of contours and profiles of energy and temperatures. To get the acceptable accuracy, adaptive grid is employed and time steps for each iteration are variable. The outputs indicate that augmenting A and selection of platelet shape lead to a faster solidification. With augment of [Formula: see text], 14% reduction has been reported for ([Formula: see text]). Such percentage augments with the rise of [Formula: see text] and 14.03% reduction were reported for ([Formula: see text]). At [Formula: see text], augmenting [Formula: see text] from 0.1 to 0.3 makes the time to reduce from 44.16[Formula: see text]s to 37.96[Formula: see text]s. Lower level of energy was reported for platelet shapes, which means higher liquid fraction of domain. Temperature declines with augment of [Formula: see text] and [Formula: see text] prolongs process of about 14.03% in the existence of platelet shape.