Stability Evaluation to Mined-Out Region
p.594
p.594
Study on the Frost Heave Characteristics of Artificial Frozen Soil Under Different Freezing Mode
p.599
p.599
Review of Cumulative Deformation Models of Geotechnical Material under Cyclic Loading
p.604
p.604
Determining Range of Saturated Ground around Leakage Pipeline Using Unsteady Seepage Numerical Analysis
p.609
p.609
Analysis of Collapsible Loess Microstructure at Fractal Theory Based
p.614
p.614
Research on Earthwork Calculating Methods Based on 3D Laser Scanning Technology
p.618
p.618
The Influence Analysis of Groundwater Environment on the Strength of Cement-Stabilized Soil
p.622
p.622
Research Advance in Fluid Flow through a Single Rock Fracture
p.628
p.628
Practice Research on Wet-Collapsible Loess Foundation Treatment by High Energy Dynamic Compaction
p.635
p.635
Analysis of Collapsible Loess Microstructure at Fractal Theory Based
Abstract:
On the basis of publicized data, the fractal character of pore structure in loess is studied. We have determined fractal characteristic pore radius and discussed the relationship between fractal character values and collapsibility. Results show that there is a good linear relationship between and collapsibility, and fractal dimension can reflect geological age of loess section.
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Periodical:
Applied Mechanics and Materials (Volumes 204-208)
Pages:
614-617
Citation:
Online since:
October 2012
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© 2012 Trans Tech Publications Ltd. All Rights Reserved
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