INERTIAL COUPLING IN TWO-PHASE FLOW: MACROSCOPIC PROPERTIES OF SUSPENSIONS IN AN INVISCID FLUID

Publisher Website
Google Scholar
Abstract
Classical solutions for the motion of a single sphere in an inviscid fluid are reviewed and extensively investigated by self-consistent models. The Maxwell equations for electrical conductivity of a suspension of spheres can be used, as found, to derive the added mass of a sphere array as well as the added kinetic energy due to relative motion. Good agreements are shown between the current analysis and general equations suggested.

This publication has 0 references indexed in Scilit: