Laterite is a soil which is having a high content of iron and aluminium and is mostly found in hot and wet tropical areas. They are formed through a process known as Laterization which is a combination of intensive and prolonged chemical process and leaching. The mineralogical compound of various samples of lateritic soils will be identified by carrying out microscopic analysis. The influence of mineralogical composition on bearing capacity will be investigated by carrying out laboratory scale load tests on model footings
Physiochemical characteristics play a significant role in evaluating the engineering behaviour of so...
Regional growth and development led to an increase in infrastructure especially roads. Along with th...
Clay-sized particles have been shown to control the engineering performance of lateritic soils, whil...
Increasing construction activity in tropical environments has greatly expanded the requirement for e...
Laterite are soil types with the oxides of iron, aluminum, titanium, zircon, manganese, zinc and Qua...
The objective of this study was to investigate the physical, chemical, and mineralogical composition...
Abstract Laterite is a highly weathered material, rich in secondary oxides of iron, aluminum, or bot...
Twelve samples of Nigerian laterites were obtained from Ilorin, a rapidly growing urban center, and ...
Some Geological and Geote chnical Properties of Lateritic Soils from Muglad Basin Located in the So...
Laterite is one of the major materials used in highway pavement construction in Nigeria. Its propert...
Not AvailableSix representative laterite associated soils on peneplains of somasila project area of...
This study aimed to determine and evaluate the characteristics and behavior of the mechanical and mi...
A map of laterite-bearing soil associations is presented which illustrates the widespread but fragme...
Laterite is an iron-rich, sub-aerial, weathering product, commonly considered to evolve as a result ...
Laterite soil was investigated to find out the effects of fines content and to identify the micro-st...
Physiochemical characteristics play a significant role in evaluating the engineering behaviour of so...
Regional growth and development led to an increase in infrastructure especially roads. Along with th...
Clay-sized particles have been shown to control the engineering performance of lateritic soils, whil...
Increasing construction activity in tropical environments has greatly expanded the requirement for e...
Laterite are soil types with the oxides of iron, aluminum, titanium, zircon, manganese, zinc and Qua...
The objective of this study was to investigate the physical, chemical, and mineralogical composition...
Abstract Laterite is a highly weathered material, rich in secondary oxides of iron, aluminum, or bot...
Twelve samples of Nigerian laterites were obtained from Ilorin, a rapidly growing urban center, and ...
Some Geological and Geote chnical Properties of Lateritic Soils from Muglad Basin Located in the So...
Laterite is one of the major materials used in highway pavement construction in Nigeria. Its propert...
Not AvailableSix representative laterite associated soils on peneplains of somasila project area of...
This study aimed to determine and evaluate the characteristics and behavior of the mechanical and mi...
A map of laterite-bearing soil associations is presented which illustrates the widespread but fragme...
Laterite is an iron-rich, sub-aerial, weathering product, commonly considered to evolve as a result ...
Laterite soil was investigated to find out the effects of fines content and to identify the micro-st...
Physiochemical characteristics play a significant role in evaluating the engineering behaviour of so...
Regional growth and development led to an increase in infrastructure especially roads. Along with th...
Clay-sized particles have been shown to control the engineering performance of lateritic soils, whil...