Add to ORKGThis paper will present the results of a laboratory testing program and field implementation of the lime column stabilization technique to waste phosphatic clays. Results show increases in clay shear strength by 2 to 3 orders of magnitude and reduce the time of primary consolidation by 1 to 2 orders of magnitude
Soil such as soft clay is a material with low strength and easily affected by water but it will be s...
Landslides occurring around the world are often associated with substantial damage to human life, in...
Soft clays known for their high compressibility, low stiffness and low shear strength are always ass...
This investigation delves into the potential of two solid wastes viz. Phosphogypsum (PG) and Ceramic...
Chemical ground improvement of soils of poor quality for construction has been increasingly used as ...
Often, the temperature and water variation exist in semi-arid areas of a clayey soil leads to vertic...
PDFBrief15-2GTPavement designPavement layersCalcium oxideSoil stabilizationField testsLaboratory tes...
In Belgium, more particularly in Flanders the soil contains of lot of clay, sometimes in combination...
Scarcity of good land available for construction has resulted in development of a number of techniqu...
Lime stabilization is an effective way of stabilizing expansive clays, which cause significant envir...
This paper deals with the effect of lime on stabilization of mining waste from Sabah, Malaysia. In ...
This paper presents the results of geotechnical and mineralogical investigations on lime-treated sof...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
Lime stabilization prevails to be the most widely adopted in situ stabilization method for controlli...
Lime stabilisation is a versatile technique applied during earthworks operations. Modern soil recycl...
Soil such as soft clay is a material with low strength and easily affected by water but it will be s...
Landslides occurring around the world are often associated with substantial damage to human life, in...
Soft clays known for their high compressibility, low stiffness and low shear strength are always ass...
This investigation delves into the potential of two solid wastes viz. Phosphogypsum (PG) and Ceramic...
Chemical ground improvement of soils of poor quality for construction has been increasingly used as ...
Often, the temperature and water variation exist in semi-arid areas of a clayey soil leads to vertic...
PDFBrief15-2GTPavement designPavement layersCalcium oxideSoil stabilizationField testsLaboratory tes...
In Belgium, more particularly in Flanders the soil contains of lot of clay, sometimes in combination...
Scarcity of good land available for construction has resulted in development of a number of techniqu...
Lime stabilization is an effective way of stabilizing expansive clays, which cause significant envir...
This paper deals with the effect of lime on stabilization of mining waste from Sabah, Malaysia. In ...
This paper presents the results of geotechnical and mineralogical investigations on lime-treated sof...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
Lime stabilization prevails to be the most widely adopted in situ stabilization method for controlli...
Lime stabilisation is a versatile technique applied during earthworks operations. Modern soil recycl...
Soil such as soft clay is a material with low strength and easily affected by water but it will be s...
Landslides occurring around the world are often associated with substantial damage to human life, in...
Soft clays known for their high compressibility, low stiffness and low shear strength are always ass...