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Impact Forces from Tsunami-Driven Debris
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To compare experiments, please select at most four experiments from the experiment list below.

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  Experiment-1: Small Scale Impact Tests at UH
Dates: November 19, 2010 - June 30, 2011
Description: These small scale pilot impact tests are meant to provide initial information regarding in-air impact. A 2 in x 2 x in steel tube, 1 to 4 meters long, impacts a load cell. The tube is instrumented with strain gages to track the stress wave in the tube...
Facility: University of Hawaii at Manoa, HI, United States


  Experiment-2: Wood Debris Impact Tests at Lehigh University
Dates: September 01, 2011 - January 25, 2012
Description: These full-scale in-air impact tests were conducted to investigate the effect of contact area and contact stiffness on peak impact force and impact duration. A 19.7 ft wood utility pole with an average diameter of 9.5 in. was chosen to impact a load...
Facility: Lehigh University, PA, United States


  Experiment-3: Steel Tube Impact Tests at Lehigh University
Dates: January 16, 2012 - February 20, 2012
Description: These tests were conducted to study the effect of “nonstructural” mass on impact force and duration during an axial in-air impact. A 20-ft steel tube consists of a standard AISC rectangular HSS 64 × 38 × 4.8 (2.5 × 1.5 × 3/16 in.). Steel plates...
Facility: Lehigh University, PA, United States


  Experiment-4: Shipping Container Axial Impact Tests at Lehigh University
Dates: March 01, 2012 - June 30, 2012
Description: These full-scale tests were carried out to investigate the linear and nonlinear behavior of shipping container during axial impact cases. An ISO shipping container measuring 6.0 m long, 2.4 m wide, and 2.6 m high was used. The impact and rebound velocities...
Facility: Lehigh University, PA, United States


  Experiment-5: Small Scale Impact Tests at UH (additional testing with new strain gages and stationary nonstructural mass)
Dates: June 01, 2011 - April 01, 2012
Description: Phase 1 involved repeating the experiments described in Experiment 1 with the 2 m and 3 m tubes, but at a new cross section, six strain gages were added to get a better resolution of average strain in the tube. The addition of the new strain gages allowed...
Facility: University of Hawaii at Manoa, HI, United States


  Experiment-6: Shipping Container Transverse Impact Tests at Lehigh University
Dates: July 02, 2012 - September 21, 2012
Description: - Phase2 involved transverse impact of the simply supported beam. The beam was connected to the shipping container as a simplified model of the flexural member of the container. The beam consisted of a 2 in x 2 in tube section and solid bar section with...
Facility: Lehigh University, PA, United States


  Experiment-7: OSU: Hydrodynamics Test Water Depth = 334
Dates: July 16, 2012 - July 16, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-8: OSU: Hydrodynamics Test Water Depth = 284
Dates: July 16, 2012 - July 16, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-9: OSU: Hydrodynamics Test Water Depth = 235
Dates: July 18, 2012 - July 18, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-10: OSU: Hydrodynamics Test Water Depth = 247
Dates: July 18, 2012 - July 19, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-11: OSU: Hydrodynamics Test Water Depth = 257
Dates: July 19, 2012 - July 19, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-12: OSU: Hydrodynamics Test Water Depth = 251
Dates: July 20, 2012 - July 20, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-13: OSU: Hydrodynamics Test Water Depth = 242
Dates: July 20, 2012 - July 20, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-14: OSU: Hydrodynamics Test Water Depth = 231
Dates: July 20, 2012 - July 20, 2012
Description: This experiment looked at different flow conditions that result from producing waves from error functions of various periods. The purpose of this experiment was to ...
Facility: Oregon State University, OR, United States


  Experiment-15: OSU: In-Air Test, Aluminum Box, Long, X = 26
Dates: July 30, 2012 - July 30, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-16: OSU: In-Air Test, Aluminum Box, Long, X = 31
Dates: July 30, 2012 - July 30, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-17: OSU: In-Air Test, Aluminum Box, Long, X = 36
Dates: July 30, 2012 - July 30, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-18: OSU: In-Air Test, Aluminum Box, Long, X = 41
Dates: July 30, 2012 - July 30, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-19: OSU: In-Air Test, Aluminum Box, Long, X = 46
Dates: July 30, 2012 - July 30, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-20: OSU: In-Air Test, Aluminum Box, Long, X = 51
Dates: July 30, 2012 - July 30, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-21: OSU: In-Air Test, Aluminum Box, Long, X = 56
Dates: July 30, 2012 - July 30, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-22: OSU: In-Air Test, Aluminum Box, Long, X = 26, W = 229
Dates: August 02, 2012 - August 02, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-23: OSU: In-Air Test, Aluminum Box, Long, X = 31, W = 229
Dates: August 02, 2012 - August 02, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-24: OSU: In-Air Test, Aluminum Box, Long, X = 36, W = 229
Dates: August 02, 2012 - August 02, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States


  Experiment-25: OSU: In-Air Test, Aluminum Box, Long, X = 41, W = 229
Dates: August 02, 2012 - August 02, 2012
Description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full...
Facility: Oregon State University, OR, United States
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