Add to ORKGAn investigation was carried out on wetland (fadama) soil properties affecting optimum soil cultivation. A cone penetrom-eter and a shear vane apparatus (19 mm) were used to determine the cone index and the torque that cause the soil to shear at different moisture contents. The study shows that the cone index and shear vane of fadama soils increased with depth and decreased with increase in moisture content. High moisture content reduced the soil cohesion. The internal frictional angl
In the poldered paddy fields in Kojima Bay the behavior of the cultivated surface soil is clearly di...
The general objective of this research was to measure the peat soil shear strength using Wenner four...
The use of vegetation to stabilize slopes with regard to shallow landslides is an ecological and eco...
An investigation was carried out on wetland (fadama) soil properties affecting optimum soil cultivat...
This study utilised static triaxial and dynamic cone penetration tests to examine the identification...
A mechanical device was designed and fabricated for in situ measurement of soil strength parameters ...
Soil friction and soil adhesion increase the implement draft force and energy consumption particular...
The Bekker-Wong soil-wheel interaction model has been widely adopted in the terramechanics field. Th...
Problem statement: Organic soils and peat were believed to be geotechnically problematic due to thei...
Saturated soil shear strength is a primary factor that reflects the driving resistance of agricultur...
International audienceRoots of annual species would be able to conserve soil properties during traff...
Grouser height and soil moisture content have a significant effect on the tractive performance of tr...
Soil compaction causes deleterious effects on physical and mechanical proprieties of agricultural so...
Abstract. Soil compaction mainly occurs in occasions related with agricultural traffic, when the soi...
The general objective of this research was to measure the peat soil shear strength using Wenner four...
In the poldered paddy fields in Kojima Bay the behavior of the cultivated surface soil is clearly di...
The general objective of this research was to measure the peat soil shear strength using Wenner four...
The use of vegetation to stabilize slopes with regard to shallow landslides is an ecological and eco...
An investigation was carried out on wetland (fadama) soil properties affecting optimum soil cultivat...
This study utilised static triaxial and dynamic cone penetration tests to examine the identification...
A mechanical device was designed and fabricated for in situ measurement of soil strength parameters ...
Soil friction and soil adhesion increase the implement draft force and energy consumption particular...
The Bekker-Wong soil-wheel interaction model has been widely adopted in the terramechanics field. Th...
Problem statement: Organic soils and peat were believed to be geotechnically problematic due to thei...
Saturated soil shear strength is a primary factor that reflects the driving resistance of agricultur...
International audienceRoots of annual species would be able to conserve soil properties during traff...
Grouser height and soil moisture content have a significant effect on the tractive performance of tr...
Soil compaction causes deleterious effects on physical and mechanical proprieties of agricultural so...
Abstract. Soil compaction mainly occurs in occasions related with agricultural traffic, when the soi...
The general objective of this research was to measure the peat soil shear strength using Wenner four...
In the poldered paddy fields in Kojima Bay the behavior of the cultivated surface soil is clearly di...
The general objective of this research was to measure the peat soil shear strength using Wenner four...
The use of vegetation to stabilize slopes with regard to shallow landslides is an ecological and eco...