541 - 541 |
12th European conference on mixing Magelli F, Baldi G, Brucato A |
543 - 550 |
Vortex identification methodology for feed insertion guidance in fluid mixing processes Ducci A, Yianneskis M |
551 - 559 |
Mixing in a model bioreactor using agitators with a high solidity ratio and deep blades Simmons MJH, Zhu H, Bujalski W, Hewitt CJ, Nienow AW |
560 - 567 |
Reconstruction of 3-D flow field inside miniature stirred vessels using a 2-D PIV technique Chung KHK, Barigou M, Simmons MJH |
568 - 575 |
Experimental and numerical analysis of power consumption for mixing of high viscosity fluids with a co-axial mixer Rudolph L, Schafer M, Atiemo-Obeng V, Kraume M |
576 - 582 |
Performance of chaotic mixing caused by reciprocating a disk in a cylindrical vessel Hirata Y, Dote T, Yoshioka T, Komodaz Y, Inoue Y |
583 - 590 |
Hydrodynamics performance of a dual shaft mixer with viscous newtonian liquids Cabaret F, Rivera C, Fradette L, Heniche M, Tanguy PA |
591 - 597 |
Measuring flow velocity in pulp suspension mixing using ultrasonic doppler velocimetry Ein-Mozaffari F, Bennington CPJ, Dumont GA, Buckingham D |
598 - 604 |
CFD analysis of caverns and pseudo-caverns developed during mixing of non-newtonian fluids Adams LW, Barigou M |
605 - 611 |
Determination of the segregation index to sense the mixing quality of pilot- and production-scale microstructured mixers Men Y, Hessel V, Lob P, Lowe H, Werner B, Baler T |
612 - 615 |
Mixing, flow and chemical reaction of partially miscible components in micro-scale channels Nauman EB, Nigam A |
616 - 625 |
Cfd modelling of liquid homogenization in stirred tanks with one and two impellers using large eddy simulation Jahoda M, Mostek M, Kukukova A, Machon V |
626 - 636 |
Transient hydrodynamics and free surface capture of an under-baffled stirred tank during stopping Torre JP, Fletcher DF, Lasuye T, Xuereb C |
637 - 646 |
Modelling and simulation of gas-liquid hydrodynamics in mechanically stirred tanks Scargiali F, D'Orazio A, Grisafi F, Brucato A |
647 - 653 |
Experimental analysis and computational modelling of gas-liquid stirred vessels Montante G, Paglianti A, Magelli F |
654 - 664 |
Air entrainment in baffled stirred tanks Bhattacharya S, Hebert D, Kresta SM |
665 - 675 |
Modelling local gas-liquid mass transfer in agitated vessels Laakkonen M, Moilanen P, Alopaeus V, Aittamaa J |
676 - 684 |
Dispersion of nano-particle clusters using mixed flow and high shear impellers in stirred tanks Xie L, Rielly CD, Eagles W, Ozcan-Taskin G |
685 - 690 |
The effect of bottom roughness on the minimum agitator speed required to just fully suspend particles in a stirred vessel Ghionzoli A, Bujalski W, Grenville RK, Nienow AW, Sharpe RW, Paglianti A |
691 - 696 |
Mixing with intermittent jets with application in handling radioactive waste sludges Meyer PA, Etchells AW |
697 - 702 |
Multi-scale simulations of stirred liquid-liquid dispersions Derksen JJ, Van Den Akker HEA |
703 - 709 |
Experimental investigations and modelling of breakage phenomena in stirred liquid/liquid systems Maass S, Gabler A, Zaccone A, Paschedag AR, Kraume M |
710 - 720 |
Modelling the mixing and dissolution kinetics of partially miscible liquids Ibemere S, Kresta S |
721 - 729 |
Influence of dispersed phase viscosity on drop coalescence in turbulent flow Podgorska W |
730 - 734 |
The formation of stable W/O, O/W, W/O/W cosmetic emulsions in an ultrasonic field Tal-Figiel B |
735 - 744 |
CFD modelling of nano-particle precipitation in confined impinging jet reactors Gavi E, Rivautella L, Marchisio DL, Vanni M, Barresi AA, Baldi G |
745 - 752 |
Double-feed semibatch precipitation - Effects of mixing Baldyga J, Makowski L, Orciuch W |
753 - 759 |
CFD modelling of turbulent drop breakage in a kenics static mixer and comparison with experimental data Jaworski Z, Pianko-Oprych P, Marchisio DL, Nienow AW |
760 - 765 |
Intensifying mass transfer between immiscible liquids - Using screen-type static mixers Al Taweel AM, Li C, Gomaa HG, Yuet P |