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A platform for research: civil engineering, architecture and urbanism
Basic Analysis of Homogenous Slope Stability by Finite Element Method Based on Plaxis
This article analyze the slope stability by strength reduction method named Phi-c which supplied by FE software PLAXIS. The reduction factor is suggest to be the safety factor of the slope at the moment when the slope reaches instability, the numerical non-convergence occurs simultaneously. The position of sliding surface and dynamic simulation of instability can be obtain as well. This article has compared the results calculated by other methods Bishop and ABAQUS with difference between 2%-3% which attest to its accuracy and practicability in engineering.
Basic Analysis of Homogenous Slope Stability by Finite Element Method Based on Plaxis
This article analyze the slope stability by strength reduction method named Phi-c which supplied by FE software PLAXIS. The reduction factor is suggest to be the safety factor of the slope at the moment when the slope reaches instability, the numerical non-convergence occurs simultaneously. The position of sliding surface and dynamic simulation of instability can be obtain as well. This article has compared the results calculated by other methods Bishop and ABAQUS with difference between 2%-3% which attest to its accuracy and practicability in engineering.
Basic Analysis of Homogenous Slope Stability by Finite Element Method Based on Plaxis
Advanced Materials Research ; 446-449 ; 1838-1841
2012-01-24
4 pages
Article (Journal)
Electronic Resource
English
Basic Analysis of Homogenous Slope Stability by Finite Element Method Based on Plaxis
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