Aspects of Computer Simulation of Liquid-Fueled Combustors
A. D. Gosman, E. loannides
Abstract
A. D. Gosman, E. loannides
Abstract
An existing ''discrete droplet'' model of liquid sprays has been extended to include a stochastic representation of turbulent dispersion effects. Applications to simple test cases, including the dispersion of single particles, produce reasonable agreement. However, two further applications involving volatile and combusting sprays show that the turbulent dispersion effects are small in comparison to those due to uncertainties about the initial conditions of the spray.
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An existing ''discrete droplet'' model of liquid sprays has been extended to include a stochastic representation of turbulent dispersion effects. Applications to simple test cases, including the dispersion of single particles, produce reasonable agreement. However, two further applications involving volatile and combusting sprays show that the turbulent dispersion effects are small in comparison to those due to uncertainties about the initial conditions of the spray.
Key concepts: Aerospace engineering, Combustion, Nuclear engineering, Liquid fuel, Mechanics, Aeronautics, Mechanical engineering, Engineering