AbstractWhen selecting the appropriate materials for constructing road infrastructures, an important way for minimizing both the economical and environmental impact is to make use of lime for treating soils that are not suitable for road or railways construction.Advances in lime stabilization technique allowed the successful use of this technique also for improving the bearing capacity of the subgrade, with noticeable savings on both aggregate and disposal charges.In this paper a review of internationally adopted design methods for soil-lime mixture is presented, in order to compare testing methods and requirements of the adopted criteria, as discussed in Part 2
Nowadays, inefficient properties of soils are a critical issue in engineering projects. In some case...
A solution available to engineers for facing the problem of unsuitable soils for pavement foundation...
Often, the temperature and water variation exist in semi-arid areas of a clayey soil leads to vertic...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
AbstractAs detailed in Part 1, the most common Italian Technical Specifications refer to different d...
As detailed in Part 1, the most common Italian Technical Specifications refer to different design me...
Nowadays the availability of natural high-quality soil to be used as construction materials is more ...
AbstractThe objectives of this paper are confined to the assessment of the best stabilization techni...
Soil stabilization with lime has been assumed to be a good technique for constructing transportation...
This is a proceeding paper presented at the 9th South African Young Geotechnical Engineers Conferenc...
Soil stabilization is a common engineering technique used to improve the physical properties of weak...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
PDFBrief15-2GTPavement designPavement layersCalcium oxideSoil stabilizationField testsLaboratory tes...
The need to intervene in improving the structural stability of soils arises so as to bring about sta...
Nowadays, inefficient properties of soils are a critical issue in engineering projects. In some case...
A solution available to engineers for facing the problem of unsuitable soils for pavement foundation...
Often, the temperature and water variation exist in semi-arid areas of a clayey soil leads to vertic...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
AbstractAs detailed in Part 1, the most common Italian Technical Specifications refer to different d...
As detailed in Part 1, the most common Italian Technical Specifications refer to different design me...
Nowadays the availability of natural high-quality soil to be used as construction materials is more ...
AbstractThe objectives of this paper are confined to the assessment of the best stabilization techni...
Soil stabilization with lime has been assumed to be a good technique for constructing transportation...
This is a proceeding paper presented at the 9th South African Young Geotechnical Engineers Conferenc...
Soil stabilization is a common engineering technique used to improve the physical properties of weak...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
PDFBrief15-2GTPavement designPavement layersCalcium oxideSoil stabilizationField testsLaboratory tes...
The need to intervene in improving the structural stability of soils arises so as to bring about sta...
Nowadays, inefficient properties of soils are a critical issue in engineering projects. In some case...
A solution available to engineers for facing the problem of unsuitable soils for pavement foundation...
Often, the temperature and water variation exist in semi-arid areas of a clayey soil leads to vertic...