Heat transfer to a stationary and moving sphere immersed in a fluidized bed

Abstract

Cq constant Cgyy effective heat capacity of the particles, {JIKgK) Cjjii Constant for heat transfer correlation-II for a moving sphere C^2 Constant for heat transfer correlation-II for a moving sphere C^3 Constant for heat transfer correlation-II for a moving sphere ^m4 Constant for heat transfer correlation-II for a moving sphere Constant for heat transfer correlation-II for a moving sphere ^mml Constant for heat transfer correlation-III for a moving sphere ^mm2 Constant for heat transfer correlation-III for a moving sphere ^mmZ Constant for heat transfer correlation-III for a moving sphere ^mm4 Constant for heat transfer correlation-III for a moving sphere xxxiv C-p specific heat of the glass particles, [JjKg K)

Heat transfer to a moving wire immersed in a gas fluidized bed furnace

“…Components can be assembled into many forms and some of the common forms of fluidized bed are shown in Figure 3 below. The main characteristics of gas fluidized beds are that they provide good solids mixing through rapid motion of particles; good temperature uniformity; there is also a large surface area of solid particles available for heat exchange with the fluidizing gas [6].…”

Effect of electrically driven particles on air flow in a rectangular duct

“…The rotameters were previously calibrated for flow rate by Desai[86] using a wet test meter and air meter. The calibration equation of each rotameter is listed in Table 10.1.…”