Alberto Cantu-Perez
Alberto Cantu-Perez
Nutec Bickley
Bestätigte E-Mail-Adresse bei nutec.com
Titel
Zitiert von
Zitiert von
Jahr
Residence time distributions in microchannels: Comparison between channels with herringbone structures and a rectangular channel
A Cantu-Perez, S Barrass, A Gavriilidis
Chemical engineering journal 160 (3), 834-844, 2010
512010
Ozonolysis in flow using capillary reactors
MD Roydhouse, A Ghaini, A Constantinou, A Cantu-Perez, ...
Organic Process Research & Development 15 (5), 989-996, 2011
332011
Microstructure-based intensification of a falling film microreactor through optimal film setting with realistic profiles and in-channel induced mixing
A Cantu-Perez, D Ziegenbalg, P Löb, A Gavriilidis, V Hessel, F Schönfeld
Chemical Engineering Journal 179, 318-329, 2012
232012
Residence time distribution studies in microstructured plate reactors
A Cantu-Perez, S Bi, S Barrass, M Wood, A Gavriilidis
Applied Thermal Engineering 31 (5), 634-639, 2011
132011
Hydrodynamics and reaction studies in a layered herringbone channel
A Cantu-Perez, S Barrass, A Gavriilidis
Chemical engineering journal 167 (2-3), 657-665, 2011
102011
Reaction modelling of a microstructured falling film reactor incorporating staggered herringbone structures using eddy diffusivity concepts
A Cantu-Perez, V Hessel, A Gavriilidis
Chemical engineering journal 227, 34-41, 2013
92013
Mixing and Residence Time Distribution Studies in Microchannels with Floor Herringbone Structures
A Cantu-Perez, SP Kee, A Gavriilidis
Proceedings of COMSOL Conference, 2008
52008
Residence time distributions in laminated microstructured plate reactors
A Cantu-Perez, S Bi, S Barrass, M Wood, A Gavriilidis
Brunel University, 2009
22009
Mathematical model-based design of an industrial box furnace
JC Tudon-Martinez, A Cantu-Perez, A Cardenas-Romero, ...
Applied Thermal Engineering 161, 114153, 2019
12019
Residence Time Distribution Studies in Microchannels with Staggered Herringbone Structures
A Cantu-Perez, A Gavriilidis
Proceedings of the 10th International Conference on Microreaction Technology …, 0
1
Process intensification through staggered herringbone micro-channels: Mass transfer enhancement to a reactive wall
A Cantu-Perez, EA López-Guajardo, M Romero-Flores, KDP Nigam, ...
Chemical Engineering and Processing-Process Intensification 157, 108154, 2020
2020
Temperature uniformity evaluation of a shuttle kiln for the sanitary ware industry using CFD
M Romero-Flores, DA Tapia-Martínez, K Mariella-González, ...
Combustion Theory and Modelling, 1-20, 2020
2020
Quenching Process Analysis of an Aluminum Cylinder Using Computational Fluid Dynamics
A Cantu-Perez, K Mariella, R Colás, L Espinosa, O Rodriguez, A Keer
2015
Improvement on Temperature Uniformity in an Industrial Tip-Up Heat-Treating Furnace
A Cantu-Perez, N Bickley
AMS International, 2014
2014
Studies of microstructured falling film reactor using Eddy diffusivity concepts
A Cantu-Perez, MIM Al-Rawashdeh, V Hessel, A Gavriilidis
2012
Modelling and experiments of microchannels incorporating microengineered structures
A Cantu-Perez
UCL (University College London), 2011
2011
Characterisation of a Layered Herringbone Channel by means of a Consecutive Reaction
A Cantu-Perez, S Barrass, A Gavriilidis
2010
Hydrodynamics and Mass Transfer in Microstructured Channels
A Cantu-Perez, A Gavriilidis
2009
Hydrodynamic characterisation of layered herringbone microchannels
A Cantu-Perez, S Barrass, A Freitag, T Drietrich, A Gavriilidis
Brunel University, 2009
2009
Residence Time Distribution Investigations in Laminated Microstructured Plate Reactors
A Cantu-Perez, S Bi, S Barrass, M Wood, A Gavriilidis
2009
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