The Application of Fuzzy Optimization Theory in the Selection of Foundation Improvement Methods

Li Juan Zhang; Jiang Han; Zhang Ming Li

doi:10.4028/www.scientific.net/AMM.723.341

Paper Titles

Shear Properties and Strength of Weak Intercalated Layers in Dam Foundation of Datengxia Power Station
p.322

Simulation and Analysis of the Failure for the Water Stop Curtain of Building Pit in Round Gravel Level
p.326

Stability of Gas Drainage Borehole Analysis on Rock Mechanics Parameters with Roadway of Complex Stress
p.330

Study on the Strength of Different Door-Type Structure of Attached Type Lifting Scaffold
p.336

The Application of Fuzzy Optimization Theory in the Selection of Foundation Improvement Methods
p.341

The Effect of the Pile’s Diameter on the Bearing Capacity of Different Pile-Anchor Support Structures
p.345

Research on Mechanical Behavior of Hold-Welding Beams with Different Solder Joint Arrangements in Pallet Racks
p.349

Application of Interface Element in Dynamic Analysis of CFRD
p.353

Applications of Seismic Isolation Retrofitting in Historic Buildings
p.358

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 723The Application of Fuzzy Optimization Theory in...

The Application of Fuzzy Optimization Theory in the Selection of Foundation Improvement Methods

Abstract:

Research was conducted on the optimal selection of foundation improvement methods in the paper. Based on fuzzy optimization theory, four evaluation criteria such as construction time are used to evaluate the five improvement methods. The relative optimal degree 0.798 of dynamic-static consolidation method is the maximum which shows that the dynamic-static method is the optimal one; relative optimal degree and multi-evaluating criteria are used to evaluate multi-goals in the fuzzy optimization theory which will lead to the high optimal reliability result.

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Periodical:

Applied Mechanics and Materials (Volume 723)

Pages:

341-344

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.723.341

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Online since:

January 2015

Authors:

Li Juan Zhang*, Jiang Han, Zhang Ming Li

Keywords:

Evaluation Criteria, Foundation Improvement Methods, Fuzzy Optimization Theory

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