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The effect of ice rubble on ice-ice sliding
Benjamin Lishman
Engineering and Design
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peer-review
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Dive into the research topics of 'The effect of ice rubble on ice-ice sliding'. Together they form a unique fingerprint.
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Keyphrases
Barents
50%
Broken Ice
50%
Controlling Mechanism
50%
Deformation Process
50%
Direct Shear Experiment
50%
Floating Ice
50%
Floe
50%
Highly Nonlinear
50%
Holding Time
100%
Ice Blockage
50%
Ice Deformation
50%
Ice Friction
50%
Ice Rubble
100%
Ice-ice
100%
Maximum Force
50%
Open Water
50%
Rubble
100%
Rubble Ice
50%
Sea Ice
100%
Sea Ice Floes
100%
Shear Force
50%
Sliding Surface
100%
Thermal Consolidation
50%
Timing Control
50%
Engineering
Controlling Mechanism
50%
Deformation Process
50%
Hold Time
100%
Ice Floe
100%
Open Water
50%
Shear Force
50%
Side Channel
50%
Sliding Surface
100%
Earth and Planetary Sciences
Field Experiment
50%
Floating Ice
50%
Ice Floe
100%
Open Water
50%