Follow
Rohit V Maitri
Rohit V Maitri
Data scientist, ABN AMRO, The Netherlands
Verified email at nl.abnamro.com
Title
Cited by
Cited by
Year
Numerical models to predict steady and unsteady thermal-hydraulic behaviour of supercritical water flow in circular tubes
G Dutta, R Maitri, C Zhang, J Jiang
Nuclear Engineering and Design 289, 155-165, 2015
302015
A stepwise modeling approach for designing an earth-air heat exchanger in Jodhpur region of Rajasthan
L Chandra, P Garg, RV Maitri, A Agarwal, K Shweta
2nd International Conference on the Developments in Renewable Energy …, 2012
26*2012
Flow of viscoelastic surfactants through porous media
S De, SP Koesen, RV Maitri, M Golombok, JT Padding, JFM van Santvoort
AIChE Journal 64 (2), 773-781, 2018
242018
An improved ghost-cell sharp interface immersed boundary method with direct forcing for particle laden flows
RV Maitri, S Das, JAM Kuipers, JT Padding, E Peters
Computers & Fluids 175, 111-128, 2018
152018
Computational fluid dynamic assisted control system design methodology using system identification technique for CANDU supercritical water cooled reactor (SCWR)
RV Maitri, C Zhang, J Jiang
Applied Thermal Engineering 118, 17-22, 2017
122017
Effect of microchannel structure and fluid properties on non-inertial particle migration
RV Maitri, S De, SP Koesen, HM Wyss, J Van Der Schaaf, JAM Kuipers, ...
Soft matter 15 (12), 2648-2656, 2019
72019
Design and analyses of earth-air heat exchange systems for space cooling
A Agarwal, RV Maitri, P Garg, L Chandra
2012 IEEE Third International Conference on Sustainable Energy Technologies …, 2012
32012
A numerical thermal-hydraulic model to simulate the fast transients in a supercritical water channel subjected to sharp pressure variations
G Dutta, J Jiang, R Maitri, C Zhang
Communications in Computational Physics 19 (5), 1529-1541, 2016
22016
A CFD assisted control system design for supercritical water cooled reactor
RV Maitri
The University of Western Ontario (Canada), 2014
22014
Direct numerical simulation of proppant transport in a narrow channel for hydraulic fracturing application
RV Maitri, I Koimtzoglou, S Das, JAM Kuipers, JT Padding, E Peters
Proceedings of the 12th International Conference on Computational Fluid …, 2017
12017
Numerical analysis of the deterioration of heat transfer phenomenon in supercritical water flow in circular tubes using different turbulence models
R Maitri, G Dutta, C Zhang, J Jiang
22nd Annual Conference of the CFD Society of Canada, June 1-4, 2014, Toronto …, 2014
12014
Lift-off of multiple particles in a narrow channel
RV Maitri, JT Padding, JAM Kuipers, E Peters
Chemical Engineering Science: X 8, 100086, 2020
2020
A numerical and experimental study of particle migration
RV Maitri
2019
Numerical Investigation of the Deteriorated Heat Transfer Phenomenon for Supercritical Water Flows in Vertical Circular Tubes
R Maitri, H Han, C Zhang, J Jiang
The Energy and Sustainability 2018 Symposium, 235-248, 2019
2019
Particle migration in a pillared microchannel
RV Maitri, S De, S Koesen, J van der Schaaf, F Peters, J Padding, ...
AERC 2017: 11th Annual European Rheology Conference/26th Nordic Rheology …, 2017
2017
Influence of lubrication forces in direct numerical simulations of particle-laden flows
R Maitri, F Peters, J Padding, H Kuipers
APS Division of Fluid Dynamics Meeting Abstracts, M12. 007, 2016
2016
Combined immersed boundary–discrete element model (IB-DEM) for DNS of particle-laden flows
R Maitri, E Peters, JT Padding, JAM Kuipers
Physics@ FOM Veldhoven 2016, 2016
2016
Immersed-boundary direct numerical simulations of suspensions with solid particles
R Maitri, E Peters, JT Padding, JAM Kuipers
2016
Direct numerical simulation of fluidization of solid particles due to lift forces
R Maitri, E Peters, JT Padding, JAM Kuipers
9th International Conference on Multiphase Flow (ICMF 2016), May 22-27, 2016 …, 2016
2016
Numerical analysis of transient thermal-hydraulic behavior of supercritical water flow subjected to sharp pressure variations
G Dutta, J Jiang, R Maitri, C Zhang
2014
The system can't perform the operation now. Try again later.
Articles 1–20