Flow of Gas-Particle Mixtures in Axially Symmetric Nozzles

Design of Maximum Thrust Nozzles for Gas-Particle Flows. Volume 1. Theoretical Development and Results

“…(15). These equations are a gas continuity equation, two system momentum equations, a system energy equation, a particle continuity equation, two particle momentum equations and a particle energy equation.…”

Existence and stability of global regular solutions for a dusty gas model

“…A particular example of a two-phase medium is a gas or liquid with suspended dust particles, known as 'dusty gas', [3,4]. In Reference [5], was considered the ow of a dusty gas in axially symmetric nozzles. In the one-dimensional case, the corresponding system of partial di erential equations is written as follows:…”

On dusty gas model governed by the Kuramoto-Sivashinsky equation

“…These models are usually based either on the Navier-Stokes equations [1,2], or exploit inviscid gasdynamics approach [3][4][5]. There are models that include viscous equations for a carrier gas and first-order hyperbolic equations for particles [6][7][8][9][10].…”