Project performance study of model piles with branches and plates under repeated load in silty clay
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Project performance study of model piles with branches and plates under repeated load in silty clay
Vol. 29, Issue 2, (2008)
作者机构:
浙江工业大学 建工学院,杭州,310032
作者简介:
基金信息:
DOI:
CLC:TU473
Online First:10 July 2013,
Published:2008
稿件说明:
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LU Cheng-yuan, JIA Ying-dong, ZHOU Ling. Project performance study of model piles with branches and plates under repeated load in silty clay[J]. 2008, 29(2).
DOI:
LU Cheng-yuan, JIA Ying-dong, ZHOU Ling. Project performance study of model piles with branches and plates under repeated load in silty clay[J]. 2008, 29(2).DOI:
Project performance study of model piles with branches and plates under repeated load in silty clay
The model pile with two plates was through 5 times repeated load-bearing and load-shedding tests under the limit load and 0.75 times of the limit load
in order to studying the project behavior of piles with plates and branches in silty clay. In addition
taking the simple loading test in silty clay for determining the limit bearing capacity. According to the test results
the bearing capacity and deformation characteristics of the pile in the soil are analyzed; and the pile’s characteristics about load transfer in silty clay
characteristic of pressure changing on different places of pile are studied; especially the reason why the skin friction of the soil to the pile would appear complex changing is analyzed; in addition
the situation and reason of the pressure changing of soil different distances away from the plate during the repeated loading are analyzed too. It is shown that the repeated loading of different intensities loads impact obviously to the convergence of settlement deformation; the mutual effect mechanism of the pile and the soil is quite complex
so a lot of studies should be done to understand the project behavior and load transfer mechanism of the pile with plates and branches under repeated loading.
Sealing system design and model testing of lining structures for artificial underground gas storage caverns in medium-hard rock strata
Calculation method of sliding surface stress based on segmented sliding surface stress measurement system
Experimental study on vacuum combined with electro-osmosis for reinforcing ultrafine particle dredged soil
Experimental study on drainage performance of reinforced improved soft rock residual soil under rainfall conditions
Model test of deformation and failure mechanism of gravel soil bank slope under rainfall and reservoir water level
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