Linear Analysis and Strength Prediction of Experiment on Lightweight Heterogeneous Soil Mixed with Expanded Polystyrene

Xiao Long Sui; Ming Sheng He; Xiao Jian Fu

doi:10.4028/www.scientific.net/AMR.250-253.622

Paper Titles

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Statistical Evaluation for Impact Resistance of Steel Fiber Reinforced Lightweight Aggregate Concrete
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Application of Capillary Absorption on Characterization of Structure of Cement Compacts Containing Micro Silica Fume
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The Impact of Barium Aggregate on the Microstructure of Sand-Lime Products
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Linear Analysis and Strength Prediction of Experiment on Lightweight Heterogeneous Soil Mixed with Expanded Polystyrene
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Research on Improving the Durability of Fly Ash Concrete
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Bonding Force Investigation between C-S-H Clusters in the C₃S Pastes and AFM Tip
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Study on the Simulation of Damage Constitutive Relationship for High Strength and High Performance Concrete
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Research Progress on the Mechanical Property of High Strength Structural Steels
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Linear Analysis and Strength Prediction of Experiment on Lightweight Heterogeneous Soil Mixed with Expanded Polystyrene

Abstract:

16 groups of compressive strength with different mix proportion of lightweight heterogeneous soil mixed with expanded polystyrene (EPS-soil) has been gained by means of orthogonal test. Regression model is obtained, checked and evaluated by linear regression .48 groups of EPS-soil’s compressive strength is predicted by using strength predictable formula. Results show that: the formula’s precision is high and satisfy the actual need of project.