The hydrocollapse of loess continues to cause major geotechnical problems throughout the world. Work is currently being conducted to develop a constitutive model to analyze the behavior of collapsing loess soils. This site discusses the development of this model and the methods used to validate it, which include the use of an artificial loess soil manufactured in the laboratory
The loess collapsing soils are practically ubiquitously distributed in the Perm region. They occupy ...
Soil collapse is amongst one of the most significant ground related hazards. A collapsible soil, in...
The research program incorporates concepts involving collapsible soil behavior and unsaturated soil ...
Loess has a metastable structure and undergoes structural hydrocollapse when loaded and wetted, lead...
Loess soil deposits are widely distributed in arid and semi-arid regions and constitute about 10% of...
Loess is the most important collapsible soil; possibly the only engineering soil in which real colla...
This paper investigates the triaxial compression behaviour of Q3 loess soil and the construction of ...
Loess is a soil that can exhibit large deformations upon wetting. Cases of wetting induced collapse ...
International audienceSpecial problems were encountered in some areas in Northern France where the h...
It has been well recognized that unsaturated natural loess shows significant volume contraction upon...
The collapsible soils possess a high apparent strength at their low natural moisture content but und...
PDFTech Reporthttp://ntl.bts.gov/lib/43000/43200/43297/3109fulltext.pdfFHWA/IN/JTRP-2011/12SPR-3109C...
Metastable soils may collapse because of the nature of their fabric. Generally speaking, these soils...
Technical summary.PDFBooklet/PamphletSPR-3109Collapsible soilsSoils by strengthOedometersInstruments...
The Soilgen model now includes mechanistic and functional descriptions of soil forming processes suc...
The loess collapsing soils are practically ubiquitously distributed in the Perm region. They occupy ...
Soil collapse is amongst one of the most significant ground related hazards. A collapsible soil, in...
The research program incorporates concepts involving collapsible soil behavior and unsaturated soil ...
Loess has a metastable structure and undergoes structural hydrocollapse when loaded and wetted, lead...
Loess soil deposits are widely distributed in arid and semi-arid regions and constitute about 10% of...
Loess is the most important collapsible soil; possibly the only engineering soil in which real colla...
This paper investigates the triaxial compression behaviour of Q3 loess soil and the construction of ...
Loess is a soil that can exhibit large deformations upon wetting. Cases of wetting induced collapse ...
International audienceSpecial problems were encountered in some areas in Northern France where the h...
It has been well recognized that unsaturated natural loess shows significant volume contraction upon...
The collapsible soils possess a high apparent strength at their low natural moisture content but und...
PDFTech Reporthttp://ntl.bts.gov/lib/43000/43200/43297/3109fulltext.pdfFHWA/IN/JTRP-2011/12SPR-3109C...
Metastable soils may collapse because of the nature of their fabric. Generally speaking, these soils...
Technical summary.PDFBooklet/PamphletSPR-3109Collapsible soilsSoils by strengthOedometersInstruments...
The Soilgen model now includes mechanistic and functional descriptions of soil forming processes suc...
The loess collapsing soils are practically ubiquitously distributed in the Perm region. They occupy ...
Soil collapse is amongst one of the most significant ground related hazards. A collapsible soil, in...
The research program incorporates concepts involving collapsible soil behavior and unsaturated soil ...