NEES Project Warehouse
Experiment contains converted sensor measurements and required metadata and documentation.
Complete - 06/21/2013
The curation dashboard shows your progress as you add required elements to your project or experiment.
|Description:||Tests were done to assess the lateral load response of full-scale pile cap with a backfill condition of densely compacted coarse gravel. The test site had three basic features: a reaction foundation, a test pile cap, and the backfill soil zone. The pile caps were subjected to static, cyclic and dynamic loadings. The hydraulic load actuators statically loaded (pushed slowly) the pile cap to target displacement levels that were incrementally larger. For each level, the actuators would apply low frequency, small displacement loading cycles to the pile cap, and an eccentric mass shaker would apply higher frequency, small displacement dynamic load cycles.
This test nearly reached the capacity of the reaction foundation and the actuators. The maximum shaker frequency for displacement interval 4 and beyond was limited to 9Hz. And no shaker loadings were applied on the last displacement interval because the shaker was experiencing a progressive breakdown.
At some displacement increments, no cyclic or dynamic loadings were applied in order to help assure that sufficient displacement had occurred for the load path to return to the static-backbone loading curve.
|Dates:||June 26, 2007 - June 26, 2007|
Brigham Young University, UT, United States
University of California, Los Angeles, CA, United States
|Specimen Type:||Testing Layout (view)|
Piles and Pile Cap (view)
Backfill Zone (view)
Sensors for Test 12
No files available