The Corresponding Numerical Analysis of Dike Typical Diseases and Electrolog Data

Qing Ming Zhang; Shuai Xu; Yuan Bao Leng

doi:10.4028/www.scientific.net/AMM.103.246

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The Corresponding Numerical Analysis of Dike Typical Diseases and Electrolog Data
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 103The Corresponding Numerical Analysis of Dike...

The Corresponding Numerical Analysis of Dike Typical Diseases and Electrolog Data

Abstract:

Dike is an important component of Yellow River flood control system, but its security situation is not optimistic. High-density electrical method is an effective mean of dike typical diseases detection, we use steady-state current transfer analysis of software ANSYS to establish the numerical simulation model to analyze the detection resolution effects of dike typical diseases depth and scale changes on different detection devices of high-density electrical method, establish the correspondence of dike typical disease and electrolog data.