Shear-driven / gravity-driven thin liquid film in separated flow and turbulence modelling
"Gravity-driven and shear-driven thin liquid film flows are studied through numerical simulation and experimental measurements. The two types of film flows are often encountered in engineering applications, especially for the port-fuel-injection engine in a cold-start period. The better understanding of the dynamics of the films is helpful for reducing emission and improving efficiency. Parametric studies were conducted through 3-D numerical simulations for the two types of film flows in straight ducts. The numerical results are presented to show the effect of film mass flow rate, surface tension, gas phase velocity and gravity force on film thickness, film width and film velocity. The numerical results compare favorably with measurements"--Abstract, page iv.
Drallmeier, J. A.
Armaly, B. F. (Bassem F.)
Isaac, Kakkattukuzhy M.
Hale, Barbara N.
Mechanical and Aerospace Engineering
Ph. D. in Mechanical Engineering
National Science Foundation (U.S.)
United States. Department of Energy
Missouri University of Science and Technology
Journal article titles appearing in thesis/dissertation
- Simulation and measurement of 3-D shear-driven thin liquid film flow in a duct
- Simulations and measurements of 3-D gravity-driven liquid film flow
- Simulation of gravity-driven and shear-driven thin liquid films at the sharp edge of a suddenly expanding geometry
- Turbulent forced convection in a plane asymmetric diffuser - effect of diffuser angle
- Three-dimensional simulation of turbulent forced convection in a duct with backward-facing step
xiii, 246 pages
© 2008 Hai Lan, All rights reserved.
Dissertation - Citation
Liquid films -- Mathematical models
Shear flow -- Simulation methods
Turbulence -- Simulation methods
Print OCLC #
Link to Catalog Record
Full-text not available: Request this publication directly from Missouri S&T Library or contact your local library.http://merlin.lib.umsystem.edu/record=b6661589~S5
Lan, Hai, "Shear-driven / gravity-driven thin liquid film in separated flow and turbulence modelling" (2008). Doctoral Dissertations. 1770.
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