Add to ORKGIn a first step towards investigating the horizontal fuel mixing in fluidized bed (FB) boilers, this work applies digital image analysis to study the bubble flow properties in a 2-dimensional FB unit. The work investigates the influence of fluidization velocity, bed height and gas-distributor pressure drop on the volume fraction and horizontal distribution of bubbles
Gas-mixing phenomena may play a significant role in fluidized bed combustion of solid fuels. Issues ...
The present work focuses on the development of a novel statistical approach for the analysis of the ...
Bubble characteristics such as shape, size, and trajectory control the hydrodynamics and therefore h...
In a first step towards investigating the horizontal fuel mixing in fluidized bed (FB) boilers, this...
Fluidized bed technology is used for thermal conversion of solid fuels (combustion and gasification)...
Fluidized bed technology is used for thermal conversion of solid fuels (combustion and gasification)...
The mixing pattern of a tracer particle which simulates a fuel particle is studied in a cold 2-dimen...
The performance of a fluidized bed combustion (FBC) unit depends on the fuel distribution in the boi...
This study considers the role of the distributor effect during the bubble generation, growth and int...
A method to evaluate the lateral mixing process of fuel particles in bubbling fluidized beds is prop...
© 2017 Elsevier B.V. Gas-flow distribution plays a critical role in the performance of fluidized bed...
The fluid dynamic conditions in the furnace of a fluidized bed boiler influence the combustion and t...
The purpose of the present work is to study the influence of the pressure drop across the air distri...
In the area of chemical engineering, fluidization is a widely employed technology for a number of in...
In this study, the multi-phase Eulerian-Eulerian two-fluid method (TFM) coupled with the kinetic the...
Gas-mixing phenomena may play a significant role in fluidized bed combustion of solid fuels. Issues ...
The present work focuses on the development of a novel statistical approach for the analysis of the ...
Bubble characteristics such as shape, size, and trajectory control the hydrodynamics and therefore h...
In a first step towards investigating the horizontal fuel mixing in fluidized bed (FB) boilers, this...
Fluidized bed technology is used for thermal conversion of solid fuels (combustion and gasification)...
Fluidized bed technology is used for thermal conversion of solid fuels (combustion and gasification)...
The mixing pattern of a tracer particle which simulates a fuel particle is studied in a cold 2-dimen...
The performance of a fluidized bed combustion (FBC) unit depends on the fuel distribution in the boi...
This study considers the role of the distributor effect during the bubble generation, growth and int...
A method to evaluate the lateral mixing process of fuel particles in bubbling fluidized beds is prop...
© 2017 Elsevier B.V. Gas-flow distribution plays a critical role in the performance of fluidized bed...
The fluid dynamic conditions in the furnace of a fluidized bed boiler influence the combustion and t...
The purpose of the present work is to study the influence of the pressure drop across the air distri...
In the area of chemical engineering, fluidization is a widely employed technology for a number of in...
In this study, the multi-phase Eulerian-Eulerian two-fluid method (TFM) coupled with the kinetic the...
Gas-mixing phenomena may play a significant role in fluidized bed combustion of solid fuels. Issues ...
The present work focuses on the development of a novel statistical approach for the analysis of the ...
Bubble characteristics such as shape, size, and trajectory control the hydrodynamics and therefore h...