Numerical Simulation of RSA Seepage Based on Random Structure Model

Ji Chao Sun; Guang Qian Wang; Quan Chen Gao

doi:10.4028/www.scientific.net/AMR.33-37.779

Paper Titles

The Tool Position Generating Algorithm of Intersecting Lines Obtained from Section and Equidistance Surface and Curved Surface Processing
p.751

A simple Representative Model of the Thoracic Aorta
p.757

Nonlinear Numerical Analysis and Shear Resistance of Timber Column and Beam--Adobe Composite Wall with Finite Element Method
p.761

Study on the Gear Modeling in SPH Analysis
p.773

Numerical Simulation of RSA Seepage Based on Random Structure Model
p.779

Investigation on Characteristics of Structure and Simulation Analysis for Dragonfly Wing Vein
p.785

A Computational Approach for the Assessment of Seismic Vulnerability Based on the National Data Infrastructure
p.789

An Intelligent Modeling Method Based on Genetic Programming and Genetic Algorithm
p.795

Computer Modelling For 4-Stroke Direct Injection Diesel Engine
p.801

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 33-37Numerical Simulation of RSA Seepage Based on...

Numerical Simulation of RSA Seepage Based on Random Structure Model

Abstract:

The research about seepage of RSA is little, but the material is familiar. There are many difficulties in laboratory research about the materials, so numerical simulation research in the paper is introduced. The model of the random structure about SRA is set up, and then the study of seepage is given. The conversion of the two boundaries is solved correctly in the computer program. So some conclusions are drawn that the rock blocks the seepage to some degree, and the changing of RSA seepage is little under the effect of the fluctuating of rainfall intensity, namely the changing of the seepage is less than the fluctuating of rainfall intensity. The study is the foundation of the next study about the coupled of stress and seepage of RSA.