Showing papers on "Shell balance published in 1976"
TL;DR: In this article, a law for conservation of energy is used in solving a system of equations describing the one-dimensional motion of an ideally plastic incompressible shell exposed to an expanding polytropic gas in equilibrium.
Abstract: A law for conservation of energy is used in solving a system of equations describing the one-dimensional motion of an ideally plastic incompressible shell exposed to an expanding polytropic gas in equilibrium. Analytic expressions are obtained for determining the stress and velocity fields in the shell as a function of the displacement of the internal shell boundary.
4 citations
TL;DR: In this paper, the effective viscosity of a dilute suspension containing spherical droplets of linear incompressible micropolar fluid suspended in classical Newtonian viscous incompressibility fluid is obtained without calculating explicitly the velocity and pressure distributions in the ambient fluid and also in the droplets.
1 citations
1 citations