The Experimental Study on Influence of the Plate Space on Uplift Failure Mechanism of the Concrete Expanded-Plate Pile under Vertical Tension in Undisturbed Soil
The Experimental Study on Influence of the Plate Space on Uplift Failure Mechanism of the Concrete Expanded-Plate Pile under Vertical Tension in Undisturbed Soil
Qian Y., Li X., Zhai R., 2017, The Experimental Study on Influence of the Plate Space on Uplift Failure Mechanism of the Concrete Expanded-Plate Pile under Vertical Tension in Undisturbed Soil
, Chemical Engineering Transactions, 62, 1045-1050.
Based on the existing theories about the concrete expanded-plate pile and through small-scale model test with undisturbed soil, this article studies the influence of plate space on the uplift failure mechanism of the soil surrounding the concrete expanded-plate pile, and after analysis by the finite element software, the conclusions were compared with those of experimental research. which provides a reliable theoretical basis for design, calculation and engineering application of the bearing capacity of the concrete expanded-plate pile, thus laying a good foundation for its application.