Application of Fuzzy AHP to the Comparison and Selection of Cement Concrete Pavement Overlaying Schemes

Ji Feng Liang; Xie Dong Zhang; Lei Wu

doi:10.4028/www.scientific.net/AMR.243-249.4302

Paper Titles

Bi-Objective Superior Combination Method of the Post-Construction Settlement Forecasting of Subgrade
p.4283

Experimental Study on Water Seepage Rate with Crack Width of Continuously Reinforced Concrete Pavement
p.4288

The Study on Foaming Characteristics of Foamed Asphalt in Cold Recycling Technology
p.4293

Study on the Anti-Spalling Performance of Concrete Pavement in Cold Area
p.4297

Application of Fuzzy AHP to the Comparison and Selection of Cement Concrete Pavement Overlaying Schemes
p.4302

Comparison of Vertical Model and Spatial Model for Vehicle-Track-Bridge Coupling Vibration System
p.4307

Finite Element Analysis of the 40ft Container
p.4311

Field Test of Blasting Vibration and Regression Analysis
p.4315

Accident Analysis of Demolition Quality on a Soil-Rock Blasting
p.4319

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 243-249Application of Fuzzy AHP to the Comparison and...

Application of Fuzzy AHP to the Comparison and Selection of Cement Concrete Pavement Overlaying Schemes

Abstract:

Based on a comprehensive analysis of the influencing factors and special features of cement concrete pavement overlaying technology, a fuzzy analytic hierarchy process (AHP) model is constructed for the comparison and selection of overlaying schemes. At first, the numerical weight for each criterion of the hierarchy is derived and tested. Then the feature matrices of all the schemes are constructed based on experts’ evaluation. The optimal scheme is chosen according to the numerical priorities of each scheme yielded by fuzzy calculation.