Add to ORKGThe mechanisms of heat and mass transfers between heat-treatment fluidised beds and immersed workpiece were studied by using computational simulation and experimental validation. A model called Double Particle-layer and Porous Medium was developed to simulate the gas flow and heat transfer between fluidised beds and immersed workpiece
As shown in the first part of this paper, equations and considerations for a preliminary attempt to ...
Heat transfer to single particles in the transport zone of circulating fluidized beds and heat trans...
Intensity of heat transfer to screen surfaces in the furnaces with a circulating fluidized bed (CFB)...
In this paper, a novel combined theoretical and computational model is developed to simulate the hea...
To improve the understanding of the heat transfer mechanism and find a reliable and simple heat-tran...
To improve the understanding of the heat transfer mechanism and to find a reliable and simple heat-t...
The diffusion of gaseous species (CO, CO2, H2O, CH4, H2, O2) and their chemical reactions have been ...
Fluidisation characteristics at different surfaces of a work-piece of complex geometry are conducted...
Fluidization is widely used in industries as a major mode in fluid bed reactors. Understanding its f...
The particle behaviour in a heat treatment fluidised bed was studied by the analysis of particle ima...
Heat and mass transfer to/from a single active particle in bubbling and circulating fluidized beds h...
Heat transfer between particle-fluid media and solid surfaces has wide applications in industries su...
As shown in the first part of this paper, equations and considerations for a preliminary attempt to ...
Heat transfer to surfaces in a fluidized bed. Heat and mass transfer to particles in a fluidized bed
The heat transfer on the surface of an object in a gas fluidised bed is sequentially and alternately...
As shown in the first part of this paper, equations and considerations for a preliminary attempt to ...
Heat transfer to single particles in the transport zone of circulating fluidized beds and heat trans...
Intensity of heat transfer to screen surfaces in the furnaces with a circulating fluidized bed (CFB)...
In this paper, a novel combined theoretical and computational model is developed to simulate the hea...
To improve the understanding of the heat transfer mechanism and find a reliable and simple heat-tran...
To improve the understanding of the heat transfer mechanism and to find a reliable and simple heat-t...
The diffusion of gaseous species (CO, CO2, H2O, CH4, H2, O2) and their chemical reactions have been ...
Fluidisation characteristics at different surfaces of a work-piece of complex geometry are conducted...
Fluidization is widely used in industries as a major mode in fluid bed reactors. Understanding its f...
The particle behaviour in a heat treatment fluidised bed was studied by the analysis of particle ima...
Heat and mass transfer to/from a single active particle in bubbling and circulating fluidized beds h...
Heat transfer between particle-fluid media and solid surfaces has wide applications in industries su...
As shown in the first part of this paper, equations and considerations for a preliminary attempt to ...
Heat transfer to surfaces in a fluidized bed. Heat and mass transfer to particles in a fluidized bed
The heat transfer on the surface of an object in a gas fluidised bed is sequentially and alternately...
As shown in the first part of this paper, equations and considerations for a preliminary attempt to ...
Heat transfer to single particles in the transport zone of circulating fluidized beds and heat trans...
Intensity of heat transfer to screen surfaces in the furnaces with a circulating fluidized bed (CFB)...