Handbook of industrial mixing EL Paul, VA Atiemo-Obeng, SM Kresta Wiley-Blackwell, 2004 | 2171 | 2004 |
Correlation of mean drop size and minimum drop size with the turbulence energy dissipation and the flow in an agitated tank G Zhou, SM Kresta Chemical Engineering Science 53 (11), 2063-2079, 1998 | 293 | 1998 |
The flow field produced by a pitched blade turbine: characterization of the turbulence and estimation of the dissipation rate SM Kresta, PE Wood Chemical engineering science 48 (10), 1761-1774, 1993 | 283 | 1993 |
Impact of tank geometry on the maximum turbulence energy dissipation rate for impellers G Zhou, SM Kresta AIChE journal 42 (9), 2476-2490, 1996 | 245 | 1996 |
Prediction of the three‐dimensional turbulent flow in stirred tanks SM Kresta, PE Wood AIChE journal 37 (3), 448-460, 1991 | 241 | 1991 |
The effect of impeller and tank geometry on power number for a pitched blade turbine D Chapple, SM Kresta, A Wall, A Afacan Chemical Engineering Research and Design 80 (4), 364-372, 2002 | 222 | 2002 |
The mean flow field produced by a 45 pitched blade turbine: changes in the circulation pattern due to off bottom clearance SM Kresta, PE Wood The Canadian Journal of Chemical Engineering 71 (1), 42-53, 1993 | 209 | 1993 |
A new definition of mixing and segregation: Three dimensions of a key process variable A Kukukova, J Aubin, SM Kresta Chemical engineering research and design 87 (4), 633-647, 2009 | 154 | 2009 |
Distribution of energy between convective and turbulent flow for three frequently used impellers G Zhou, SM Kresta Chemical engineering research & design 74 (3), 379-389, 1996 | 151 | 1996 |
Turbulence in stirred tanks: anisotropic, approximate, and applied S Kresta The Canadian Journal of Chemical Engineering 76 (3), 563-576, 1998 | 132 | 1998 |
Advances in industrial mixing: a companion to the handbook of industrial mixing SM Kresta, AW Etchells III, DS Dickey, VA Atiemo-Obeng John Wiley & Sons, 2015 | 129 | 2015 |
Evolution of drop size distribution in liquid–liquid dispersions for various impellers G Zhou, SM Kresta Chemical Engineering Science 53 (11), 2099-2113, 1998 | 126 | 1998 |
Hands‐on demonstrations: An alternative to full scale lab experiments SM Kresta Journal of Engineering Education 87 (1), 7-9, 1998 | 117 | 1998 |
Active volume of mean circulation for stirred tanks agitated with axial impellers KJ Bittorf, SM Kresta Chemical engineering science 55 (7), 1325-1335, 2000 | 110 | 2000 |
Low frequency macroinstabilities in a stirred tank: scale-up and prediction based on large eddy simulations V Roussinova, SM Kresta, R Weetman Chemical Engineering Science 58 (11), 2297-2311, 2003 | 108 | 2003 |
Characteristics of a confined impinging jet reactor: energy dissipation, homogeneous and heterogeneous reaction products, and effect of unequal flow SW Siddiqui, Y Zhao, A Kukukova, SM Kresta Industrial & Engineering Chemistry Research 48 (17), 7945-7958, 2009 | 106 | 2009 |
Prediction of cloud height for solid suspensions in stirred tanks KJ Bittorf, SM Kresta Chemical Engineering Research and Design 81 (5), 568-577, 2003 | 102 | 2003 |
Effect of geometry on the mechanisms for off-bottom solids suspension in a stirred tank I Ayranci, MB Machado, AM Madej, JJ Derksen, DS Nobes, SM Kresta Chemical Engineering Science 79, 163-176, 2012 | 94 | 2012 |
Critical analysis of Zwietering correlation for solids suspension in stirred tanks I Ayranci, SM Kresta Chemical Engineering Research and Design 92 (3), 413-422, 2014 | 87 | 2014 |
Importance of using the correct impeller boundary conditions for CFD simulations of stirred tanks MD Fokema, SM Kresta, PE Wood The Canadian Journal of Chemical Engineering 72 (2), 177-183, 1994 | 86 | 1994 |