An Investigation into the Behavior of Non-Isodense Particles in Chaotic Thermovibrational Flow

The ability to control the distribution of particles in a fluid is generally regarded as factor great importance variety fields (manufacturing processes, biomedical applications, materials engineering and various particle separation cite few). present study considers hitherto not yet addressed situation which solid spherical are dispersed non-isothermal undergoing turbulent vibrationally-induced convection (chaotic thermovibrational flow square cavity due vibrations perpendicular imposed temperature difference). Although possibility use laminar flows (in microgravity) types normal gravity conditions) induce accumulation mass non-isodense already known, interplay finite-size finite-mass with chaotic weightlessness conditions has never been considered. In this subject tackled through direct numerical solution tracking equations framework one-way coupling approach. Results presented for relatively wide ranges vibrational amplitude, size density.