Add to ORKGAbstract: "The pressure drop associated with the flow of air through a cylindrical bed of spherical pebbles has been investigated experimentally. The results of this investigation are reported here.
The effect of bed diameter to particle diameter ratio on pressure drop is studied and the hydrodynam...
In the dynamic core of nuclear pebble bed reactors, the prediction of the fluid flow within the pack...
The second chapter describes the general methodology of the research. It presents the key questions ...
The pressure drop associated with the flow of air through a cylindrical bed of spherical pebbles has...
The frictional pressure drop across a porous (36%) pebble bed was measured. The ratio of bed-to-pebb...
The object of this work was to develop an equation to predict the pressure drop in coni-cal beds of ...
Thesis (MIng (Nuclear Engineering))--North-West University, Potchefstroom Campus, 2012During this st...
The aim of this work was the experimental investigation of the particle friction factor for air f...
This study uses novel methods, combining discrete element method (DEM) simulations for packing and c...
Flow through packed beds of spheres is a complex phenomenon and it has been extensively studied. Alt...
The aim of this work was the experimental evaluation of different friction factor correlations for w...
Extensive new measurements on pressure drop for the flow of purely viscous non-Newtonian fluids thro...
Fluid flow data are presnted for beds of uniformly sized spheres consolidated with resin over a poro...
been done to characterize the pressure-drop behavior of fluid flow through porous media, but these a...
A large number of correlations can be found in the literature for the calculation of pressure drop c...
The effect of bed diameter to particle diameter ratio on pressure drop is studied and the hydrodynam...
In the dynamic core of nuclear pebble bed reactors, the prediction of the fluid flow within the pack...
The second chapter describes the general methodology of the research. It presents the key questions ...
The pressure drop associated with the flow of air through a cylindrical bed of spherical pebbles has...
The frictional pressure drop across a porous (36%) pebble bed was measured. The ratio of bed-to-pebb...
The object of this work was to develop an equation to predict the pressure drop in coni-cal beds of ...
Thesis (MIng (Nuclear Engineering))--North-West University, Potchefstroom Campus, 2012During this st...
The aim of this work was the experimental investigation of the particle friction factor for air f...
This study uses novel methods, combining discrete element method (DEM) simulations for packing and c...
Flow through packed beds of spheres is a complex phenomenon and it has been extensively studied. Alt...
The aim of this work was the experimental evaluation of different friction factor correlations for w...
Extensive new measurements on pressure drop for the flow of purely viscous non-Newtonian fluids thro...
Fluid flow data are presnted for beds of uniformly sized spheres consolidated with resin over a poro...
been done to characterize the pressure-drop behavior of fluid flow through porous media, but these a...
A large number of correlations can be found in the literature for the calculation of pressure drop c...
The effect of bed diameter to particle diameter ratio on pressure drop is studied and the hydrodynam...
In the dynamic core of nuclear pebble bed reactors, the prediction of the fluid flow within the pack...
The second chapter describes the general methodology of the research. It presents the key questions ...