Abstract
Analysis of measurements carried out on TTA department`s BASILIC cold mock-up have shown the influence of several parameters on the relationship between convective heat transfer in a circulating fluidized bed and semi-local particle concentration. Heat transfer probe axial position in the riser and probe length are some of these influent parameters. This point have been shown to be linked to the development inside the riser of two dynamic and two thermal boundary layers due to the upward and downward flows of particles. These results question the validity of the transposition to industrial scale units of heat transfer measurements carried out in small scale risers with small length probes, and of the models based on these measurements. (author).
Citation Formats
Tan, R, Montat, D, Mareux, H, and Couturier, S.
Validity of heat transfer measurements in circulating fluidized bed mock-ups; Validite des mesures de transfert thermique dans une maquette de lit fluidise circulant.
France: N. p.,
1993.
Web.
Tan, R, Montat, D, Mareux, H, & Couturier, S.
Validity of heat transfer measurements in circulating fluidized bed mock-ups; Validite des mesures de transfert thermique dans une maquette de lit fluidise circulant.
France.
Tan, R, Montat, D, Mareux, H, and Couturier, S.
1993.
"Validity of heat transfer measurements in circulating fluidized bed mock-ups; Validite des mesures de transfert thermique dans une maquette de lit fluidise circulant."
France.
@misc{etde_10142809,
title = {Validity of heat transfer measurements in circulating fluidized bed mock-ups; Validite des mesures de transfert thermique dans une maquette de lit fluidise circulant}
author = {Tan, R, Montat, D, Mareux, H, and Couturier, S}
abstractNote = {Analysis of measurements carried out on TTA department`s BASILIC cold mock-up have shown the influence of several parameters on the relationship between convective heat transfer in a circulating fluidized bed and semi-local particle concentration. Heat transfer probe axial position in the riser and probe length are some of these influent parameters. This point have been shown to be linked to the development inside the riser of two dynamic and two thermal boundary layers due to the upward and downward flows of particles. These results question the validity of the transposition to industrial scale units of heat transfer measurements carried out in small scale risers with small length probes, and of the models based on these measurements. (author).}
place = {France}
year = {1993}
month = {Jun}
}
title = {Validity of heat transfer measurements in circulating fluidized bed mock-ups; Validite des mesures de transfert thermique dans une maquette de lit fluidise circulant}
author = {Tan, R, Montat, D, Mareux, H, and Couturier, S}
abstractNote = {Analysis of measurements carried out on TTA department`s BASILIC cold mock-up have shown the influence of several parameters on the relationship between convective heat transfer in a circulating fluidized bed and semi-local particle concentration. Heat transfer probe axial position in the riser and probe length are some of these influent parameters. This point have been shown to be linked to the development inside the riser of two dynamic and two thermal boundary layers due to the upward and downward flows of particles. These results question the validity of the transposition to industrial scale units of heat transfer measurements carried out in small scale risers with small length probes, and of the models based on these measurements. (author).}
place = {France}
year = {1993}
month = {Jun}
}