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Schlumberger Cambridge Research on Muck Rack

Schlumberger Cambridge Research

As seen in: Physical Review B
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Articles

Dynamics of migrating sand dunes interacting with obstacles

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By Karol Bacik, Wilberforce Road, Priscilla Canizares, Schlumberger Cambridge Research
| Physical Review B
Abstract Wind- and water-driven migrating sand dunes frequently interact with elevated natural and artificial topographical features. The dune-obstacle interaction can alter the migrating behavior of the dune and, depending on the nature of the obstacle, it may generate various societal and technological risks. Here we study the problem of dune-obstacle interaction in a paradigmatic quasi-two-dimensional domain realized in a subaqueous laboratory experiment.
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Wake Induced Long Range Repulsion of Aqueous Dunes

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By Karol Bacik, Wilberforce Road, Sean P. Lovett, Schlumberger Cambridge Research
| Physical Review B
Abstract Sand dunes rarely occur in isolation, but usually form vast dune fields. The large scale dynamics of these fields is hitherto poorly understood, not least due to the lack of longtime observations. Theoretical models usually abstract dunes in a field as self-propelled autonomous agents, exchanging mass, either remotely or as a consequence of collisions.
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