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PoreLab

@PoreLab_SFF

PoreLab is a Norwegian Center of Excellence created in 2017. It focuses on the physics of porous media using experimental, theoretical and computational methods

porelab.no/
Joined August 2017
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Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)Photo by PoreLab (@PoreLab_SFF)
Gr8 1st day at #Interpore2018 2018! Good science and fun to catch up with colleagues. And... who doesn't want to hear an astronaut talk about porous media experiments in microgravity?
Image from Clint Willson (@clintwillson)
Image from Clint Willson (@clintwillson)
Image from Clint Willson (@clintwillson)
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Frictional fingers in gravity, and pattern formation in dykes: Discover the video abstract of J.A. Eriksen et al. study in Phys. Rev. Fluids journals.aps.org/prfluids/ab… xitter.gq/Complexflowlab/status/…

Pattern formation of frictional fingers in a gravitational potential

Gravity induces parallel growth of finger structures which forms when air displaces a granular-liquid mixture. The alignment direction, which varies between horizontal and vertical, is explained by...

journals.aps.org
Bjornar Sandnes (@Complexflowlab) profile pictureBjornar Sandnes@Complexflowlab12 Jan 2018
Frictional fingers in gravity youtu.be/zQb_MhehRPY via @YouTube

Frictional fingers in gravity

Gravity induces parallel growth of finger structures which forms wh...

youtube.com
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cracks of air in wet sand
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Fredrik Eriksen's research on dynamics, pore pressure and granular rheology during pneumatic fracture: Phys. Rev. E 97, 012908 (2018) - Pressure evolution and deformation of confined granular media during pneumatic fracturing journals.aps.org/pre/abstrac…

Pressure evolution and deformation of confined granular media during pneumatic fracturing

By means of digital image correlation, we experimentally characterize the deformation of a dry granular medium confined inside a Hele-Shaw cell due to air injection at a constant overpressure high...

journals.aps.org
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PoreLab retweeted
Ingunn (@Ingunn4) profile picture
Ingunn@Ingunn425 Apr 2017
Tenker på reinsdyrnesen som kan varme opp iskald luft fra -40 til +38 grader innen luften når lungene gemini.no/2016/12/den-magisk… #nrkrein
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Monem Ayaz presents his work on dynamics of capillary bridges networks, and how they slowly transport fluid during drainage at congrès des doctorants #unistra #edste #ipgs #porousmedia
Image from Toussaint Renaud (@renaudriton)
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Phys. Rev. Lett. 119, 154503 (2017) - Verification of a Dynamic Scaling for the Pair Correlation Function during the Slow Drainage of a Porous Medium journals.aps.org/prl/abstrac…

Verification of a Dynamic Scaling for the Pair Correlation Function during the Slow Drainage of a...

In this Letter we give experimental grounding for the remarkable observation made by Furuberg et al. [Phys. Rev. Lett. 61, 2117 (1988)] of an unusual dynamic scaling for the pair correlation function...

journals.aps.org
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We have a new associate professor: @renaudriton at @PoreLab_SFF. Welcome to the University of Oslo, Renaud Toussait!
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PoreLab retweeted
EPL (@epl_journal) profile picture
EPL@epl_journal24 Oct 2017
Critical behavior in porous media flow @UniOslo @CNRS @unistra goo.gl/qkjE1R
Image from EPL (@epl_journal)
Image from EPL (@epl_journal)
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30 year old prediction on motion of fluids is verified: titan.uio.no/node/2529 @PoreLab_SFF @UniOslo @Fysikk_UniOslo @NTNU
Image from Titan (@unioslo_titan)
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Nomination campaign is open for the InterPore awards: interpore.org/news/e-newslet… #InterPore
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Our new center of excellence: PoreLab - physics of porous media @NTNU and @UniOslo is on twitter: @PoreLab_SFF. #physics #porousmedia
Image from Fysikk UniOslo (@Fysikk_UniOslo)
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Ny kunnskap om propper i rør viktig for industrien, forteller Eirik Grude Flekkøy titan.uio.no/node/1768 @UniOslo
Image from Titan (@unioslo_titan)
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