Power consumption is an important parameter for the design of mixing equipment. The aim of this study is to develop a new correlation of the power consumption of a double impeller. The effect of impeller spacing on the double-impeller flow pattern and power consumption was investigated in the laminar region. As a result, the effect of impeller spacing on the flow pattern was described based on the ratio of impeller spacing to the impeller blade height. Moreover, the power consumption of a double impeller could be correlated with the same ratio
Design of the impeller blade is a determining factor in power consumption and mixing quality, which ...
Despite the fact that aerated stirred tank reactors are widely used in industry and often studied, t...
The effects of impeller blade width and blade number on the gas dispersion behaviour of disc impelle...
A significant amount of data can be found in the literature on power consumption of single-impeller ...
The flow pattern and power number in a vessel depend on the impeller blade angle, number of blades, ...
Impellers are the core element of a mixing system. The size and the number of impellers affect the p...
The objective of this work is to gain information that could be used to design full scale mixing sys...
Power consumption of unsteadily forward-reverse rotating multiple impellers, a new cross type of imp...
This study was conducted to investigate the effects of impeller blade geometry/inclination on mixing...
The mechanical power consumed in agitating aerated and nonaerated aqueous phases was measured and co...
Liquid phase mixing time (θmix) was measured in mechanically agitated contactors of internal diamete...
The mixing pattern and power number in a stirred vessel depend not only on the impeller design but a...
The power consumed by one, two, or three downward pumping, 45 degrees six-blade pitched-blade turbin...
Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)Current literature relies almost...
An approximate analytical model has been developed to predict power consumption for the mixing of sh...
Design of the impeller blade is a determining factor in power consumption and mixing quality, which ...
Despite the fact that aerated stirred tank reactors are widely used in industry and often studied, t...
The effects of impeller blade width and blade number on the gas dispersion behaviour of disc impelle...
A significant amount of data can be found in the literature on power consumption of single-impeller ...
The flow pattern and power number in a vessel depend on the impeller blade angle, number of blades, ...
Impellers are the core element of a mixing system. The size and the number of impellers affect the p...
The objective of this work is to gain information that could be used to design full scale mixing sys...
Power consumption of unsteadily forward-reverse rotating multiple impellers, a new cross type of imp...
This study was conducted to investigate the effects of impeller blade geometry/inclination on mixing...
The mechanical power consumed in agitating aerated and nonaerated aqueous phases was measured and co...
Liquid phase mixing time (θmix) was measured in mechanically agitated contactors of internal diamete...
The mixing pattern and power number in a stirred vessel depend not only on the impeller design but a...
The power consumed by one, two, or three downward pumping, 45 degrees six-blade pitched-blade turbin...
Conselho Nacional de Desenvolvimento Científico e Tecnológico (CNPq)Current literature relies almost...
An approximate analytical model has been developed to predict power consumption for the mixing of sh...
Design of the impeller blade is a determining factor in power consumption and mixing quality, which ...
Despite the fact that aerated stirred tank reactors are widely used in industry and often studied, t...
The effects of impeller blade width and blade number on the gas dispersion behaviour of disc impelle...