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Soil Plugging Effect on Drivability Prediction of Offshore Platform Piles
作者单位:Zhu Guangyu,Lu Tongsheng,Tang Nianci and Zai Jinzhang 1. Senior Engineer,Research Institute of the Third Navigation Engineering Bureau,Ministry of Communications,Shanghai2. Lecturer,Dept. of Communications and Transportation Engineering,Southeast University,Nanjing3. Professor,Dept. of Communications and Transportation Engineering,Southeast University,Nanjing4. Associate Professor,Institute of Geotechnical Engineering,Tongji University,Shanghai
摘    要:Field measurements of driving resistances and heights of soil core during driving were made offshore and onshore of steel pipe piles. Measured data show that the height of soil core varies differently for piles of different diameters with the increase of penetration. Dynamic plugging could be assumed never to occur for steel pipe piles with diameters over 900 mm. Soil resistances at the time of continuous driving (SRD) are back analyzed from blow counts with an empirical distribution of resistances suppported by many early dynamic measurements. A method of predicting SRD is finally suggested.


Soil Plugging Effect on Drivability Prediction of Offshore Platform Piles
Zhu Guangyu,Lu Tongsheng,Tang Nianci and Zai Jinzhang . Senior Engineer,Research Institute of the Third Navigation Engineering Bureau,Ministry of Communications,Shanghai. Lecturer,Dept. of Communications and Transportation Engineering,Southeast University,Nanjing. Professor,Dept. of Communications and Transportation Engineering,Southeast University,Nanjing. Associate Professor. Soil Plugging Effect on Drivability Prediction of Offshore Platform Piles[J]. China Ocean Engineering, 1991, 0(4)
Authors:Zhu Guangyu  Lu Tongsheng  Tang Nianci  Zai Jinzhang . Senior Engineer  Research Institute of the Third Navigation Engineering Bureau  Ministry of Communications  Shanghai. Lecturer  Dept. of Communications  Transportation Engineering  Southeast University  Nanjing. Professor  Dept. of Communications  Transportation Engineering  Southeast University  Nanjing. Associate Professor
Affiliation:Zhu Guangyu,Lu Tongsheng,Tang Nianci and Zai Jinzhang 1. Senior Engineer,Research Institute of the Third Navigation Engineering Bureau,Ministry of Communications,Shanghai2. Lecturer,Dept. of Communications and Transportation Engineering,Southeast University,Nanjing3. Professor,Dept. of Communications and Transportation Engineering,Southeast University,Nanjing4. Associate Professor,Institute of Geotechnical Engineering,Tongji University,Shanghai
Abstract:Field measurements of driving resistances and heights of soil core during driving were made offshore and onshore of steel pipe piles. Measured data show that the height of soil core varies differently for piles of different diameters with the increase of penetration. Dynamic plugging could be assumed never to occur for steel pipe piles with diameters over 900 mm. Soil resistances at the time of continuous driving (SRD) are back analyzed from blow counts with an empirical distribution of resistances suppported by many early dynamic measurements. A method of predicting SRD is finally suggested.
Keywords:drivability prediction   offshore pile   piling   soil plugging   soil resistance   wave equation analysis
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