The impact of oil superficial velocity, inclination angle and initial water volume on flow characteristics was further investigated.
The effects of (i) gas and liquid superficial velocities, (ii) inclination angle and rotational velocity of the reactor and (iii) physico-chemical properties of the liquid phase on the occurrence of the flow regimes are investigated.
The main parameters influencing these characteristics were superficial gas velocity, installation height, inclination angle, and method of slat installation.
The main influencing parameters are the increment of superficial gas velocity, installation height, inclination angle, static bed height, and installation method of the slat.
The internal circulation of the solids (spherical particles, with diameter of 1.2 mm and density 1000 kg/m3) is modeled to clarify the flow characteristics of the bed for different design or operating parameters, such as superficial gas velocity, gap height, inclination angle of the gas distributor, baffle plate or side wall of the bed.
Pipe inclination angle as well as superficial Reynolds number of gas (Resg) and liquid (Resl) were chosen as input parameters of different structures of multilayer perceptron (MLP) neural networks, while the corresponding void fraction was selected as their output parameter.
This incorporates the effects of the superficial oil velocity, properties of the fluids, size and inclination of the pipe, and contact angle.
A generalized empirical relationship which takes into account the superficial fluidization velocity, aspect ratio of the channels, angle of inclination of the channels and particle Reynolds number was developed in order to describe the broad range of experimental data.
Seven Schumann songs revealed her sound romantic inclinations and narrative gifts, even if the sentiment tended toward the superficial.
