New Method for Static Load Test for Pile Rests in Sandy Soil Underlain by Clay

Article ID

DG05A

New Method for Static Load Test for Pile Rests in Sandy Soil Underlain by Clay

Rami Mahmoud Bakr
Rami Mahmoud Bakr Delta University for science and technology
DOI

Abstract

There are many cases the use of shallow foundations doesn’t fit for bearing capacity considerations. In some of these cases, there are soil layers with high strength properties that exist at shallow depths underlain by soil layers with less strength, and the continuous, suitable layer located at great depth. In these cases, it would be useful to use short piles rests on the functional shallower soil layers as bearing layer. These layers are either stiff clay layers with high shear strength or sand layers with high friction resistance or a mixture of both. Due to the presence of weak soils under the bearing layer, this research focuses on the behavior of pile that rests in sand underlain by clay soil. Two sites selected for this study, the first is located in Mansoura city while the other is in Gamasa, and both sites located in the Nile Delta Region of Egypt.

New Method for Static Load Test for Pile Rests in Sandy Soil Underlain by Clay

There are many cases the use of shallow foundations doesn’t fit for bearing capacity considerations. In some of these cases, there are soil layers with high strength properties that exist at shallow depths underlain by soil layers with less strength, and the continuous, suitable layer located at great depth. In these cases, it would be useful to use short piles rests on the functional shallower soil layers as bearing layer. These layers are either stiff clay layers with high shear strength or sand layers with high friction resistance or a mixture of both. Due to the presence of weak soils under the bearing layer, this research focuses on the behavior of pile that rests in sand underlain by clay soil. Two sites selected for this study, the first is located in Mansoura city while the other is in Gamasa, and both sites located in the Nile Delta Region of Egypt.

Rami Mahmoud Bakr
Rami Mahmoud Bakr Delta University for science and technology

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Rami Mahmoud Bakr. 2019. “. Global Journal of Research in Engineering – E: Civil & Structural GJRE-E Volume 19 (GJRE Volume 19 Issue E3): .

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Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

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GJRE-E Classification: FOR Code: 290899
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New Method for Static Load Test for Pile Rests in Sandy Soil Underlain by Clay

Rami Mahmoud Bakr
Rami Mahmoud Bakr Delta University for science and technology

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