Triaxial Research of Waste Tire Granules, Cement and Soil Mixtures

Li Hua Li; Hui Chen; Ben Lin Xiao; Juan Wan; Yi Liu

doi:10.4028/www.scientific.net/AMM.357-360.747

Paper Titles

Experimental Study of the Mechanical Properties of the Low Elastic Modulus Concrete
p.727

The Study on Metakaolin's Effect of Restraining the Alkali-Silica Reaction of Slate Aggregate
p.732

Researches on Concrete Carbonation
p.737

Analytic Solution of Inverse Regression Equation for Evaluating Concrete Strength of Building Materials: Theory and Method
p.743

Triaxial Research of Waste Tire Granules, Cement and Soil Mixtures
p.747

Research into the Concrete Freeze-Thaw Damage Mechanism Based on the Principle of Thermodynamics
p.751

Analytic Solution of Inverse Regression Equation for Evaluating Concrete Strength of Building Materials: Experimental and Application
p.757

Experimental Study on Mechanical Performances of Magnesium Lightweight Wallboard with Used in Exterior Wall
p.761

Mechanical Strength and Microstructure Analysis of Cementitious Wheat Straw Composite
p.766

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 357-360Triaxial Research of Waste Tire Granules, Cement...

Triaxial Research of Waste Tire Granules, Cement and Soil Mixtures

Abstract:

Waste tires are increasing year by year, which can destroy environment without dispose promptly. The mixtures of clay, cement with tire granules have been used abroad. Its advantages are obvious,such as light, seismic resistance, seepage proofing and high strength etc. Through triaxial test of waste tire granules, cement and soil mixtures, by changing the ratio of tire granules, test results indicate waste tire granules can improve the properties of soil mixtures. The critical content of the tire granules is about 20% at the cement content is constant, when the cohesion and the strength of the mixtures can reach a maximum.