Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method
doctoral thesis by Mohammad Afkhami
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Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method
Summary
Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method is a doctoral thesis[1].
Key Facts
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method authored Mohammad Afkhami[2].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's instance of is recorded as doctoral thesis[3].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method was released on January 1, 2014[4].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's sponsor is recorded as Engineering and Physical Sciences Research Council[5].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's main subject is large eddy simulation[6].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's work available at URL is recorded as http://etheses.whiterose.ac.uk/9305/[7].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's title is recorded as Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method[8].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's author name string is recorded as Mohammad Afkhami[9].
- Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's thesis submitted to is recorded as University of Leeds[10].
Body
Designation and Status
Particle dispersion, agglomeration and deposition in fully-coupled turbulent channel flow using large eddy simulation and discrete element method's instance of is recorded as doctoral thesis[3].