Ghent University Academic Bibliography

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Spontaneous imbibition and evaporation in rocks at the nanometer scale

Gijs Wensink, Laurenz Schröer (UGent) , Helena-Patricia Dell, Veerle Cnudde (UGent) and Maja Rücker

(2023) ENERGY & FUELS. 37(23). p.18713-18721
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The development of intermittent multiphase fluid flow pathways through a porous rock

Catherine Spurin, Tom Bultreys (UGent) , Maja Rücker, Gaetano Garfi, Christian M. Schlepütz, Vladimir Novak, Steffen Berg, Martin J. Blunt and Samuel Krevor

(2021) ADVANCES IN WATER RESOURCES. 150.
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Surrogate models for studying the wettability of nanoscale natural rough surfaces using molecular dynamics

Lingru Zheng, Maja Rücker, Tom Bultreys (UGent) , Apostolos Georgiadis, Miranda M. Mooijer-van den Heuvel, Fernando Bresme, J. P. Martin Trusler and Erich A. Müller

(2020) ENERGIES. 13(11).
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Signature of elastic turbulence of viscoelastic fluid flow in a single pore throat

Eseosa M. Ekanem, Steffen Berg, Shauvik De, Ali Fadili, Tom Bultreys (UGent) , Maja Rücker, Jeffrey Southwick, John Crawshaw and Paul F. Luckham

(2020) PHYSICAL REVIEW E. 101(4).
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Verifying pore network models of imbibition in rocks using time‐resolved synchrotron imaging

Tom Bultreys (UGent) , Kamaljit Singh, Ali Q. Raeini, Leonardo C. Ruspini, Pål‐Eric Øren, Steffen Berg, Maja Rücker, Branko Bijeljic and Martin J. Blunt

(2020) WATER RESOURCES RESEARCH. 56(6).
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Workflow for upscaling wettability from the nanoscale to core scale

Maja Rücker, Willem-Bart Bartels, Tom Bultreys (UGent) , Marijn A. Boone, Kamaljit Singh, Gaetano Garfi, Alessio Scanziani, Catherine Spurin, Sherifat Yesufu-Rufai, Samuel Krevor, et al.

(2020) PETROPHYSICS. 61(2). p.189-205
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Imaging spontaneous imbibition in full Darcy‐scale samples at pore‐scale resolution by fast X‐ray tomography

Willem‐Bart Bartels, Maja Rücker, Marijn Boone (UGent) , Tom Bultreys (UGent) , Hassan Mahani, Steffen Berg, S Majid Hassanizadeh and Veerle Cnudde (UGent)

(2019) WATER RESOURCES RESEARCH. 55(8). p.7072-7085

Academic Bibliography

Spontaneous imbibition and evaporation in rocks at the nanometer scale

The development of intermittent multiphase fluid flow pathways through a porous rock

Surrogate models for studying the wettability of nanoscale natural rough surfaces using molecular dynamics

Signature of elastic turbulence of viscoelastic fluid flow in a single pore throat

Verifying pore network models of imbibition in rocks using time‐resolved synchrotron imaging

Workflow for upscaling wettability from the nanoscale to core scale

Imaging spontaneous imbibition in full Darcy‐scale samples at pore‐scale resolution by fast X‐ray tomography

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