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Weber, Jan Erik H.
(2019).
Internal Gerstner- and Stokes-type gravity waves.
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Weber, Jan Erik H.
(2018).
Virtual wave stress and transient particle drift in spatially damped long interfacial waves.
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Weber, Jan Erik H.
(2018).
Cold ice in warm seawater - freezing or melting?
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Weber, Jan Erik H.
(2018).
Lagrangian approach to wave-induced flow in a viscous rotating ocean.
Show summary
The presence of viscosity has a profound effect on the wave-induced drift. In a pioneering paper (Longuet-Higgins, 1953) it was demonstrated that the inclusion of a small viscosity not only modified the motion in thin boundary layers near the surface and at the bottom, but also produced significant changes from Stokes (1847) irrotational solution in the interior. We here present results for wave-induced drift in a fluid layer of finite depth by applying a direct Lagrangian description of fluid motion. The Lagrangian form is (usually) more mathematically demanding than the traditional Eulerian approach. However, it yields directly the mean particle drift velocity in periodic motion. The solution to the wave-drift problem in a Lagrangian description depends crucially on the viscosity ν being non-zero, however small. It exemplifies the singular nature of this problem, in which the limit of solutions as ν→0 is different from solutions obtained with ν=0.
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Weber, Jan Erik H. & Ghaffari, Peygham
(2016).
Mean currents induced by spatially damped internal Kelvin waves: Application to Van Mijenfjorden in Svalbard.
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Weber, Jan Erik H.
(2016).
Mechanical plate analogy to nonlinear wave-induced mass transport.
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Weber, Jan Erik H. & Christensen, Kai Håkon
(2016).
Mean particle drift in long gravity waves at the interface between immiscible viscous fluids.
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Weber, Jan Erik H.
(2015).
Baroclinic wave-induced mass transport in an Arctic sill fjord.
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Weber, Jan Erik H.
(2015).
Mean drift in baroclinic Rossby waves.
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Weber, Jan Erik H.
(2014).
Mechanical analogy to nonlinear wave-induced mass transport.
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Weber, Jan Erik H.
(2014).
Buoyancy effects in fluids – An educational journey.
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Weber, Jan Erik H.
(2014).
Stokes drift in internal waves.
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Weber, Jan Erik H.; Christensen, Kai Håkon & Broström, Göran
(2013).
Stokes drift in internal equatorial Kelvin waves.
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Weber, Jan Erik H.
(2013).
Mixing induced by breaking waves.
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Weber, Jan Erik H.
(2012).
Offshore vindmølleparker og havmiljø.
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Weber, Jan Erik H.
(2012).
Trapped Gerstner waves over a steeply sloping shelf.
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Weber, Jan Erik H.
(2012).
The Stokes edge wave in a Gerstner formulation.
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Drivdal, Magnus & Weber, Jan Erik H.
(2012).
Mean Lagrangian drift in contintnetal shelf waves.
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Weber, Jan Erik H.
(2011).
Minnetale over professor dr. philos. Hans Ragnar Kristian Økland.
Årbok / Det norske videnskaps-akademi.
ISSN 0332-6209.
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Weber, Jan Erik H.
(2011).
Bølger i havet.
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Weber, Jan Erik H. & Støylen, Eivind
(2010).
Mass transport in the Stokes interfacial edge wave.
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Weber, Jan Erik H. & Støylen, Eivind
(2010).
Nonlinear drift in the Stokes interfacial edge wave.
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Weber, Jan Erik H. & Ghaffari, Peygham
(2010).
Mass transport in the Stokes edge wave.
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Støylen, Eivind & Weber, Jan Erik H.
(2009).
Mass transport induced by internal Kelvin waves beneath shorefast ice.
Geophysical Research Abstracts.
ISSN 1029-7006.
11.
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Weber, Jan Erik H. & Brostrøm, Gøran
(2009).
Density-driven convection between horizontal planes in a conditionally unstable fluid.
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Weber, Jan Erik H.
(2009).
Do we observe Gerstner waves in wave tank experiments?
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Weber, Jan Erik H. & Støylen, Eivind
(2009).
Mass transport induced by internal Kelvin waves beneath shore fast ice.
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Weber, Jan Erik H. & Gjevik, Bjørn
(2008).
Havnivået langs Norskekysten.
Forskning.no.
ISSN 1891-635X.
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Støylen, Eivind & Weber, Jan Erik H.
(2008).
Mean mass transport induced by internal Kelvin waves, with application to the circulation in the Van Mijen fjord in Svalbard.
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Wåhlin, Anna Kristine; Ericsson, A.M.; Aas, Eyvind; Brostrøm, G.; Weber, Jan Erik H. & Grue, John
(2008).
Horizontal convection in water heated by infrared radiation and cooled by evaporation.
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Brostrøm, Gøran; Christensen, Kai Håkon & Weber, Jan Erik H.
(2008).
How to include surfaces waves in an ocean model.
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Weber, Jan Erik H.
(2008).
Mixing due to breaking surface waves.
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Weber, Jan Erik H.
(2008).
Fakta om havnivået i norske farvann.
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Weber, Jan Erik H.
(2008).
Mixing at the top of the mixed layer - the effect of surface-wave breaking.
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Christensen, Kai Håkon; Brostrøm, Gøran & Weber, Jan Erik H.
(2007).
A new model for the drift in progressive surface gravity waves.
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Weber, Jan Erik; Brostrøm, Gøran & Saetra, Øyvind
(2006).
A wave-driven surge model for the deep ocean.
Geophysical Research Abstracts.
ISSN 1029-7006.
8.
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Weber, Jan Erik; Christensen, Kai Håkon & Brostrøm, Gøran
(2006).
Radiation stress and the drift in gravity waves with Rayleigh friction.
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Christensen, Kai Håkon; Brostrøm, Gøran & Weber, Jan Erik
(2006).
A new model for the mean drift in surface gravity waves.
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Weber, Jan Erik; Brostrøm, Gøran & Christensen, Kai Håkon
(2006).
Radiation stress and the drift in gravity waves with weak friction.
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Weber, Jan Erik
(2006).
How shallow-water waves induce an anti-cyclonic mean drift around banks and islands in an inviscid rotating ocean.
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Weber, Jan Erik
(2006).
Turbulent plumes driven by horizontal buoyancy fluxes.
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Weber, Jan Erik
(2005).
Wave-induced transport in the upper ocean.
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Weber, Jan Erik & Løyning, Terje B.
(2005).
Thermobaric effect on slantwise convection in cold seawater.
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Weber, Jan Erik
(2005).
Freezing of seawater at a cold wall.
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Christensen, Kai Håkon & Weber, Jan Erik
(2005).
Drift of an inextensible sheet caused by surface waves.
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Weber, Jan Erik
(2005).
Eulerian vs Lagrangian analyses of the wave-induced transport in the upper ocean.
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Wåhlin, Anna Kristine; Ericsson, A. M.; Aas, Eyvind & Weber, Jan Erik
(2005).
Horizontal convection in water heated by infra-red radiation and cooled by evaporation.
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Weber, Jan Erik
(2004).
A Lagrangian approach to wave-induced oceanic mass transport.
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Weber, Jan Erik
(2004).
Wave-mean flow interaction in a very viscous fluid.
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Weber, Jan Erik
(2003).
Sea-Ice Interactions,
Encyclopedia of Life Support Systems (EOLSS).
UNESCO.