Spectral Solutions of a Combined Multifluid–population Balance Model Describing Bubbly Flow
Jannike Solsvik , Hugo A Jakobsen
2013
Numerical Analysis of Multicomponent Mass Diffusionin Catalyst Pellets for Combustion with and without CO2 Capture
Jannike Solsvik
Norges teknisk-naturvitenskapelige universitet, Fakultet for naturvitenskap og teknologi, Institutt for kjemisk prosessteknologi
2009
Interface Mass Transfer in Reactive Bubbly Flow: A Rigorous Phase Equilibrium-Based Approach
SB Øyen , HA Jakobsen , T Haug-Warberg , J Solsvik
Industrial \& Engineering Chemistry Research 60 ( 48) 17705 -17732
3
2021
Mass transfer modeling and sensitivity study of low-temperature Fischer-Tropsch synthesis
SB Øyen , HA Jakobsen , T Haug-Warberg , J Solsvik
Chemical Engineering Science 259 117774
2
2022
On the solution of the population balance model describing breakage dominated emulsification: Evaluation of weighted residual methods
J Solsvik , Per Julian Becker , François Puel , HA Jakobsen
25th Meetings J. Cartier: Emulsification: Modeling Applications and Technologies
2012
Population balance model: breakage kernel parameter fitting to emulsification data
J Solsvik , Per Julian Becker , François Puel , HA Jakobsen
25th Meetings J. Cartier: Emulsification: Modeling Applications and Technologies
2012
D. Broboana, C. Mihai Balan, T. Wohland and C. Balan
L Del Villano , MA Kelland , J Solsvik , HA Jakobsen
Chemical Engineering Science 66 ( 9)
2011
A numerical study of multicomponent mass diffusion and convection in porous pellets for the sorption-enhanced steam methane reforming and desorption processes
KR Rout , J Solsvik , Ameeya Kumar Nayak , HA Jakobsen
Chemical Engineering Science 66 ( 18) 4111 -4126
62
2011
A comparative study: Numerical Investigation of Multicomponent Mass-and Mole diffusion and Convection in Porous Pellets for the SE-SMR process
KR Rout , AK Nayak , J Solsvik , HA Jakobsen
Proceedings of 60th Canadian Chemical Engineering Conference
2010
A numerical study of multicomponent mass diffusion and convection in porous pellets for methanol production
KR Rout , Ameeya Kumar Nayak , J Solsvik , HA Jakobsen
Proceedings of AIChE Annual Meeting
2010
Paper 128 Evaluation of Weighted Residual Methods for the Solution of the Chemical Reactor Pellet Model Equations
J Solsvik , S Tangen , HA Jakobsen
2012
Paper 127 Simulation of the Sorption-Enhanced Steam Methane Reforming Process Operated in Fluidized Bed Reactors: A Dynamic One-Dimensional Two-Fluid Model
J Solsvik , RA Sànchez , Z Chao , HA Jakobsen
2012
Quantitation of single cell phagocytic capacity by flow cytometry
CF Bassoe , J Solsvik , OD Laerum ,
Flow Cytometry IV; Laerum, OD, Lindmo, T., Thorud, E., Eds
47
1980
ONE DIMENSIONAL TWO-FLUID MODEL SIMULATIONS OF DETACHED AND COUPLED RISER-BUBBLING BED UNITS IN CIRCULATING FLUIDIZED BED REACTOR: SOLID FLUX SENSITIVITY FOR HEAT INTEGRATION BETWEEN THE RISER AND THE BUBBLING BED UNITS
RA SÁNCHEZ , Z CHAO , J SOLSVIK , HA JAKOBSEN
Differential Gibbs and Helmholtz reactor models for ideal and non-ideal gases: Applications to the SMR and methanol processes
S.B. Øyen , H.A. Jakobsen , T. Haug-Warberg , J. Solsvik
Chemical Engineering Science 234 116257
2021
On the spectral methods for population balance problems
J. Solsvik , H. A. Jakobsen
11TH INTERNATIONAL CONFERENCE OF NUMERICAL ANALYSIS AND APPLIED MATHEMATICS 2013: ICNAAM 2013 1558 ( 1) 58 -61
2013
A One-Dimensional Two-Fluid Gas–Solid Model Applied to Fluidized Bed Reactors: The SMR and SE-SMR Processes
J. Solsvik , Z. Chao , H.A. Jakobsen
Procedia Engineering 42 283 -294
3
2012
Solving the Population Balance Equation with the High-order Least-squares Method: Implementation Issues
J. Solsvik , H.A. Jakobsen
Procedia Engineering 42 651 -665
2012
One Dimensional Two-Fluid Model Simulations of the SE-SMR Process Operated in a Circulating Fluidized Bed Reactor
R.A. Sánchez , Z. Chao , J. Solsvik , H.A. Jakobsen
Procedia Engineering 42 1282 -1291
7
2012