Add to ORKGRosana G. Moreira, Editor-in-Chief; Texas A&M UniversityThis is a paper from International Commission of Agricultural Engineering (CIGR, Commission Internationale du Genie Rural) E-Journal Volume 6 (2004): R. Medjo Eko. Use of Isotropic Stress State Framework to Evaluate the Effect of Suction on Some Mechanical Parameters of Sainte-Rosalie Clay Submitted to Confined Compression. (April 2004)
Expansive soils have always been problematic in many parts of the United States and the world. This ...
The paper analyses the mechanical behaviour of a silty sand, as it was measured in laboratory tests ...
In geotechnical practice, soils are generally assumed to have negligible tensile strength. However, ...
A better understanding of soil mechanical properties is needed to assess soil compaction in clay soi...
Soils bear natural and artificial structures and sustain agricultural and biological activities. U...
A critical state framework for unsaturated compacted clay is proposed. Five state variables are incl...
This state-of-the-art paper on the hydromechanical behavior of unsaturated soils focuses on the inte...
International audienceThe compaction of cultivated soils by agricultural machines considerably affec...
Unconfined compression tests are performed in this study to evaluate the effect of matric suction on...
The mechanical behavior of a sandy clay soil was investigated by a series of constant water content ...
This study was conducted to examine if the pre-compression stress sigma(pc) is the major critical st...
The protection of soils against compaction requires knowledge of the mechanical behavior and propert...
Naturally, soil moisture reduces during dry seasons when the soil is in drying state; while it incre...
International audienceIn the context of research into deep nuclear waste disposal, various works hav...
Expansive soils have always been problematic in many parts of the United States and the world. This ...
The paper analyses the mechanical behaviour of a silty sand, as it was measured in laboratory tests ...
In geotechnical practice, soils are generally assumed to have negligible tensile strength. However, ...
A better understanding of soil mechanical properties is needed to assess soil compaction in clay soi...
Soils bear natural and artificial structures and sustain agricultural and biological activities. U...
A critical state framework for unsaturated compacted clay is proposed. Five state variables are incl...
This state-of-the-art paper on the hydromechanical behavior of unsaturated soils focuses on the inte...
International audienceThe compaction of cultivated soils by agricultural machines considerably affec...
Unconfined compression tests are performed in this study to evaluate the effect of matric suction on...
The mechanical behavior of a sandy clay soil was investigated by a series of constant water content ...
This study was conducted to examine if the pre-compression stress sigma(pc) is the major critical st...
The protection of soils against compaction requires knowledge of the mechanical behavior and propert...
Naturally, soil moisture reduces during dry seasons when the soil is in drying state; while it incre...
International audienceIn the context of research into deep nuclear waste disposal, various works hav...
Expansive soils have always been problematic in many parts of the United States and the world. This ...
The paper analyses the mechanical behaviour of a silty sand, as it was measured in laboratory tests ...
In geotechnical practice, soils are generally assumed to have negligible tensile strength. However, ...