2007Journal of Earth Sciences and EnvironmentRequires access

Research on Internal Force and Deformation of Anchor Anti-Slide Piles System

Men Yu-ming

Open publisher page 1 citations

Abstract

Comprehensive study on the flavor undergoing force of the anchor and anti-slide pile in the anchor anti-slide piles system shows that the deformation of the anchor has a close connection with the internal force and deformation of piles.According to the deformation consistence principle,a method is presented to calculate the tensile force and deformation of anchor as well as displacement and internal force of the anti-slide,and the corresponding formula is derived in detail.Compared with the other methods by an engineering example,it indicates that the calculation method has the economic value.Meanwhile,the example shows that the tensile force and deformation of the anchor has a great influence upon the internal force and deformation of the anchor anti-slide piles,and the calculation result is validated by the data of the later experiment.

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What this paper is about

Comprehensive study on the flavor undergoing force of the anchor and anti-slide pile in the anchor anti-slide piles system shows that the deformation of the anchor has a close connection with the internal force and deformation of piles.According to the deformation consistence principle,a method is presented to calculate the tensile force and deformation of anchor as well as displacement and internal force of the anti-slide,and the corresponding formula is derived in detail.Compared with the other methods by an engineering example,it indicates that the calculation method has the economic value.Meanwhile,the example shows that the tensile force and deformation of the anchor has a great influence upon the internal force and deformation of the anchor anti-slide piles,and the calculation result is validated by the data of the later experiment.

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Available abstract

Comprehensive study on the flavor undergoing force of the anchor and anti-slide pile in the anchor anti-slide piles system shows that the deformation of the anchor has a close connection with the internal force and deformation of piles.According to the deformation consistence principle,a method is presented to calculate the tensile force and deformation of anchor as well as displacement and internal force of the anti-slide,and the corresponding formula is derived in detail.Compared with the other methods by an engineering example,it indicates that the calculation method has the economic value.Meanwhile,the example shows that the tensile force and deformation of the anchor has a great influence upon the internal force and deformation of the anchor anti-slide piles,and the calculation result is validated by the data of the later experiment.

Key concepts: Internal forces, Deformation (meteorology), Geology, Geotechnical engineering, Displacement (psychology), Pile, Structural engineering, Engineering

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