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NEES Project Warehouse

Measuring Runup and Bed Shear Stress Using Long Stroke Wave-Makers
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To compare experiments, please select at most four experiments from the experiment list below.

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  Experiment-1: Phase1: Bed shear stress measurements at 3m onshore of still water line, with water depth 1.75m, with generation of solitary waves offshore
Dates: January 06, 2012 - January 11, 2012
Description: This experiment is part of a series of experiments that investigates the role of the bed shear stress and near-bed flow to understand how offshore wave characteristics may correlate with onshore sediment transport. A new design of instrument for direct...
Facility: Oregon State University, OR, United States


  Experiment-2: Phase1: Bed shear stress measurements at 0.3m offshore of still water line, with water depth 2.1m, with generation of solitary waves offshore
Dates: January 09, 2012 - January 09, 2012
Description: This experiment is part of a series of experiments that investigates the role of the bed shear stress and near-bed flow to understand how offshore wave characteristics may correlate with onshore sediment transport. A new design of instrument for direct...
Facility: Oregon State University, OR, United States


  Experiment-3: Phase1: Bed shear stress measurements at 3m onshore of still water line, with water depth 1.75m, with generation of various long waves offshore
Dates: January 11, 2012 - January 13, 2012
Description: This experiment is part of a series of experiments that investigates the role of the bed shear stress and near-bed flow to understand how offshore wave characteristics may correlate with onshore sediment transport. A new design of instrument for direct...
Facility: Oregon State University, OR, United States


  Experiment-4: Phase1: Bed shear stress measurements at 0.3m offshore of still water line, with water depth 2.1m, with generation of various long waves offshore
Dates: January 17, 2012 - January 25, 2012
Description: This experiment is part of a series of experiments that investigates the role of the bed shear stress and near-bed flow to understand how offshore wave characteristics may correlate with onshore sediment transport. A new design of instrument for direct...
Facility: Oregon State University, OR, United States


  Experiment-5: Phase1: Bed shear stress measurements at 0.3m onshore of still water line, with water depth 1.75m, with generation of various long waves offshore
Dates: January 17, 2012 - January 19, 2012
Description: This experiment is part of a series of experiments that investigates the role of the bed shear stress and near-bed flow to understand how offshore wave characteristics may correlate with onshore sediment transport. A new design of instrument for direct...
Facility: Oregon State University, OR, United States


  Experiment-6: Phase1: Bed shear stress measurements at 1.8m onshore of still water line, with water depth 1.75m, with generation of various long waves offshore
Dates: January 19, 2012 - January 20, 2012
Description: This experiment is part of a series of experiments that investigates the role of the bed shear stress and near-bed flow to understand how offshore wave characteristics may correlate with onshore sediment transport. A new design of instrument for direct...
Facility: Oregon State University, OR, United States


  Experiment-7: Phase1: Bed shear stress measurements at 3m offshore of still water line, with water depth 2.1m, with generation of various long waves offshore
Dates: January 25, 2012 - January 27, 2012
Description: This experiment is part of a series of experiments that investigates the role of the bed shear stress and near-bed flow to understand how offshore wave characteristics may correlate with onshore sediment transport. A new design of instrument for direct...
Facility: Oregon State University, OR, United States


  Experiment-8: Phase 2: Location 5 - 2.42m onshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 04, 2013 - January 07, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging breakers...
Facility: Oregon State University, OR, United States


  Experiment-9: Phase 2: Location 6 - 3.92m onshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 07, 2013 - January 08, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States


  Experiment-10: Phase 2: Location 4 - 0.91m onshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 08, 2013 - January 09, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States


  Experiment-11: Phase 2: Location 7 - 4.57m onshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 10, 2013 - January 11, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States


  Experiment-12: Phase 2: Location 8 - 6.06m onshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 11, 2013 - January 14, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States


  Experiment-13: Phase 2: Location 9 - 7.56m onshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 14, 2013 - January 15, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States


  Experiment-14: Phase 2: Location 1 - 2.7m offshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 16, 2013 - January 18, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States


  Experiment-15: Phase 2: Location 2 - 1.21m offshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 22, 2013 - January 23, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States


  Experiment-16: Phase 2: Location 3 - 0.2m onshore: Measurements of bed shear stress, near-bed velocity, and bed pressure.
Dates: January 24, 2013 - January 25, 2013
Description: Measurements of bottom shear stress, pressure on the bed, pressure gradient on the bed, velocity above the bed, height of the free surface are all at the same cross-shore location. Solitary waves ranging from non-breaking waves to surging and plunging...
Facility: Oregon State University, OR, United States
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