When 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
One of the aspects of increase of earlier damage and failure of traffic load, especially in clayey r...
Executive summary report.PDFBooklet/PamphletFHWA/OH-2010/12134437Calcium oxideSoil lime mixturesSlud...
Final report; Mar. 2009-July, 2010.PDFTech ReportFHWA/OH-2010/12134417Calcium oxideSoil lime mixture...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
AbstractWhen selecting the appropriate materials for constructing road infrastructures, an important...
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...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
PDFBrief15-2GTPavement designPavement layersCalcium oxideSoil stabilizationField testsLaboratory tes...
Nowadays the availability of natural high-quality soil to be used as construction materials is more ...
PDFTech ReportFHWA/LA.16/575Calcium oxidePavement designQuestionnairesSoil stabilizationSubgrade (Pa...
Cohesive soils, which contain high percentage of moisture have low values of California Bearing Rati...
016267422017Tech SummaryPDFTech ReportSIO No. DOTLT1000049LTRC Project No. 15-2GTLime cementBest pra...
The main objective of this research is to determine the optimum concentration of lime solution for s...
One of the aspects of increase of earlier damage and failure of traffic load, especially in clayey r...
Executive summary report.PDFBooklet/PamphletFHWA/OH-2010/12134437Calcium oxideSoil lime mixturesSlud...
Final report; Mar. 2009-July, 2010.PDFTech ReportFHWA/OH-2010/12134417Calcium oxideSoil lime mixture...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
AbstractWhen selecting the appropriate materials for constructing road infrastructures, an important...
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...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
When selecting the appropriate materials for constructing road infrastructures, an important way for...
PDFBrief15-2GTPavement designPavement layersCalcium oxideSoil stabilizationField testsLaboratory tes...
Nowadays the availability of natural high-quality soil to be used as construction materials is more ...
PDFTech ReportFHWA/LA.16/575Calcium oxidePavement designQuestionnairesSoil stabilizationSubgrade (Pa...
Cohesive soils, which contain high percentage of moisture have low values of California Bearing Rati...
016267422017Tech SummaryPDFTech ReportSIO No. DOTLT1000049LTRC Project No. 15-2GTLime cementBest pra...
The main objective of this research is to determine the optimum concentration of lime solution for s...
One of the aspects of increase of earlier damage and failure of traffic load, especially in clayey r...
Executive summary report.PDFBooklet/PamphletFHWA/OH-2010/12134437Calcium oxideSoil lime mixturesSlud...
Final report; Mar. 2009-July, 2010.PDFTech ReportFHWA/OH-2010/12134417Calcium oxideSoil lime mixture...