Abstract
The three-dimensional flow field of a baffled stirred tank has been calculated using four different turbulence models. The tank is driven by a Rushton-type impeller. The boundary condition for the impeller region has been given as a source term or by calculating the impeller using the sliding mesh technique. Calculated values have been compared with measured data. (author)
Citation Formats
Ahlstedt, H, and Lahtinen, M.
Modelling of baffled stirred tanks.
Finland: N. p.,
1996.
Web.
Ahlstedt, H, & Lahtinen, M.
Modelling of baffled stirred tanks.
Finland.
Ahlstedt, H, and Lahtinen, M.
1996.
"Modelling of baffled stirred tanks."
Finland.
@misc{etde_464565,
title = {Modelling of baffled stirred tanks}
author = {Ahlstedt, H, and Lahtinen, M}
abstractNote = {The three-dimensional flow field of a baffled stirred tank has been calculated using four different turbulence models. The tank is driven by a Rushton-type impeller. The boundary condition for the impeller region has been given as a source term or by calculating the impeller using the sliding mesh technique. Calculated values have been compared with measured data. (author)}
place = {Finland}
year = {1996}
month = {Dec}
}
title = {Modelling of baffled stirred tanks}
author = {Ahlstedt, H, and Lahtinen, M}
abstractNote = {The three-dimensional flow field of a baffled stirred tank has been calculated using four different turbulence models. The tank is driven by a Rushton-type impeller. The boundary condition for the impeller region has been given as a source term or by calculating the impeller using the sliding mesh technique. Calculated values have been compared with measured data. (author)}
place = {Finland}
year = {1996}
month = {Dec}
}