Subgrade construction is an important part in forest road building, Subgrade soils with a high clay content could not be used satisfactorily as forest road construction material unless it is treated to increase its stability. The improvement of the physical characteristics of clay soils related to subgrade construction can be achieved by mixing lime of certain proportion into the soil. The purpose of this investigation is to determine the amount of lime required for subgrade stabilization which have high clay content in Pulau Laut, South Kalimantan The investigation reveals the following :1. The efective amount of lime stabilization of soils is 7 percent of the dry weight of the soil, resulting ...
This research is a research on the development and utilization of peat soil material that is often f...
Subgrade is a base layer that is crucial in constructing road that act as a medium in order to cater...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
Subgrade construction is an important part in forest road building, Subgrade soils with a high cl...
Soil such as soft clay is a material with low strength and easily affected by water but it will be s...
Subgrade is a structure that is very important in building a road construction because the subgrade...
This paper proposes an assessment of the utilization of lime, Portland cement (PC), fly ash and bott...
This paper presents study of the stabilization of natural soil with lime. Firstly, Soil samples from...
Cohesive soils, which contain high percentage of moisture have low values of California Bearing Rati...
The main purpose of this study is to determine the utilization of reuse and recycle materials such a...
In embankment planning, it is necessary to consider the influencing factors such as the materialfor ...
Clay soil as a subgrade is problematic if it has a low California Bearing Ratio (CBR) value. There a...
Structure pavement in highway engineering which applicated soil stabilization method as basecourse, ...
Clay can be categorized as a troubled land. Low soil strength and height of the pressure forces appl...
This research is a research on the development and utilization of peat soil material that is often f...
This research is a research on the development and utilization of peat soil material that is often f...
Subgrade is a base layer that is crucial in constructing road that act as a medium in order to cater...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...
Subgrade construction is an important part in forest road building, Subgrade soils with a high cl...
Soil such as soft clay is a material with low strength and easily affected by water but it will be s...
Subgrade is a structure that is very important in building a road construction because the subgrade...
This paper proposes an assessment of the utilization of lime, Portland cement (PC), fly ash and bott...
This paper presents study of the stabilization of natural soil with lime. Firstly, Soil samples from...
Cohesive soils, which contain high percentage of moisture have low values of California Bearing Rati...
The main purpose of this study is to determine the utilization of reuse and recycle materials such a...
In embankment planning, it is necessary to consider the influencing factors such as the materialfor ...
Clay soil as a subgrade is problematic if it has a low California Bearing Ratio (CBR) value. There a...
Structure pavement in highway engineering which applicated soil stabilization method as basecourse, ...
Clay can be categorized as a troubled land. Low soil strength and height of the pressure forces appl...
This research is a research on the development and utilization of peat soil material that is often f...
This research is a research on the development and utilization of peat soil material that is often f...
Subgrade is a base layer that is crucial in constructing road that act as a medium in order to cater...
ABSTRACT: Soil stabilization can be explained as the alteration of the soil properties by chemical o...