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NEES Project Warehouse

Developing and Testing Algorithms for Generating Leading Tsunami Waves
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To compare experiments, please select at most four experiments from the experiment list below.

  Experiment-11: Phase 2: Bore
Dates: October 15, 2010 - October 15, 2010
Description: Bores are generated by moving the wave maker paddle at a constant speed until the paddle reaches the maximum stroke length. Three trials with different ...

  Experiment-12: Phase 2: LDN
Dates: October 15, 2010 - October 15, 2010
Description: Leading-depression N wave. Paddle trajectories are calculated by solving KdV equation in backward time. Three trials with different H/h ratio, and one more trial to check the repeatability have been carried out.

  Experiment-13: Phase 2: Triple
Dates: October 15, 2010 - October 15, 2010
Description: Three solitary waves of equal wave heights (H/h = 0.1) are generated. Three trials with different separation time are carried out.

  Experiment-9: Phase 2: Hh01374
Dates: October 14, 2010 - October 14, 2010
Description: This research will use the newly installed wave makers with long strokes at the NEES tsunami facility at Oregon State University to test the hypothesis ...

  Experiment-7: Phase 2: Hh015
Dates: October 13, 2010 - October 13, 2010
Description: This research will use the newly installed wave makers with long strokes at the NEES tsunami facility at Oregon State University to test the hypothesis ...

  Experiment-8: Phase 2: Hh01
Dates: October 13, 2010 - October 14, 2010
Description: This research will use the newly installed wave makers with long strokes at the NEES tsunami facility at Oregon State University to test the hypothesis ...

  Experiment-5: Phase 2: Hh02
Dates: October 11, 2010 - October 13, 2010
Description: This research will use the Large Wave Flume wave maker to test the hypothesis that the leading tsunami wave does not have sufficient time and ...

  Experiment-4: Phase 1: Water depth 25cm
Dates: January 22, 2010 - January 22, 2010
Description: Water depth is set at 25 cm with 1/15 beach slope. Solitary waves with different nonlinearity and bores are generated.

  Experiment-3: Phase 1: Water depth 50cm
Dates: January 21, 2010 - January 21, 2010
Description: Water depth is set at 50 cm, where the transition of the beach slope occurs (1/15 to 1/30). Solitary waves with different nonlinearity and bores are generated.

  Experiment-2: Phase 1: Water depth 75cm
Dates: January 19, 2010 - January 20, 2010
Description: Water depth is set at 75 cm. Solitary waves with different nonlinearity and bores are generated.

  Experiment-1: Phase 1: Calibration
Dates: December 07, 2009 - January 04, 2010
Description:
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