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NEES Project Warehouse

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-26: OSU: In-Air Test, Aluminum Box, Long, X = 46, 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-27: OSU: In-Air Test, Aluminum Box, Long, X = 51, 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-28: OSU: In-Air Test, Aluminum Box, Long, X = 56, 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-29: OSU: In-Air Test, Aluminum Box, Long, X = 26, W = 340
Dates: August 03, 2012 - August 03, 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-30: OSU: In-Air Test, Aluminum Box, Long, X = 31, W = 340
Dates: August 03, 2012 - August 03, 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-31: OSU: In-Air Test, Aluminum Box, Long, X = 36, W = 340
Dates: August 03, 2012 - August 03, 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-32: OSU: In-Air Test, Aluminum Box, Long, X = 41, W = 340
Dates: August 03, 2012 - August 03, 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-33: OSU: In-Air Test, Aluminum Box, Long, X = 46, W = 340
Dates: August 03, 2012 - August 03, 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-34: OSU: In-Air Test, Aluminum Box, Long, X = 51, W = 340
Dates: August 03, 2012 - August 03, 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-35: OSU: In-Air Test, Aluminum Box, Long, X = 56, W = 340
Dates: August 03, 2012 - August 03, 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-36: OSU: In-Air Test, Acrylic Box, Long, X = 26, W = 111
Dates: August 03, 2012 - August 03, 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-37: OSU: In-Air Test, Acrylic Box, Long, X = 31, W = 111
Dates: August 03, 2012 - August 03, 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-38: OSU: In-Air Test, Acrylic Box, Long, X = 36, W = 111
Dates: August 03, 2012 - August 03, 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-39: OSU: In-Air Test, Acrylic Box, Long, X = 41, W = 111
Dates: August 03, 2012 - August 03, 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-41: OSU: In-Air Test, Acrylic Box, Long, X = 51, W = 111
Dates: August 03, 2012 - August 03, 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-42: OSU: In-Air Test, Acrylic Box, Long, X = 56, W = 111
Dates: August 03, 2012 - August 03, 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-43: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 26
Dates: August 08, 2012 - August 08, 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-44: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 31
Dates: August 08, 2012 - August 08, 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-45: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 36
Dates: August 08, 2012 - August 08, 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-46: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 41
Dates: August 08, 2012 - August 08, 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-47: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 46
Dates: August 08, 2012 - August 08, 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-48: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 51
Dates: August 08, 2012 - August 08, 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-49: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 56
Dates: August 08, 2012 - August 08, 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-50: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 26, W = 230
Dates: August 08, 2012 - August 08, 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-51: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 31, W = 230
Dates: August 08, 2012 - August 08, 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
Display Num Results 26 - 50 of 78