This paper discusses the feasibility of preparing soil stabilizer which is circulating fluidized bed combustion ash-based, supplemented with carbide slag and desulfurization gypsum, composed entirely of complete industrial wastes. The results show that CFBC ash has better pozzolanic activity than fly ash. When stabilizer total content is 10% and the ratio of CFBC ash : carbide slag : desulfurization gypsum is 7.2 : 1.8 : 1, compressive strength of stabilized soil can reach the maximum of 2.12 MPa at the age of 28 d of curing. Stabilizer can meet the strength requirements of cement-soil mixing pile composite foundation and cement-soil mixing pile waterproof curtain
Chemical stabilization of Sarawak clay soil was studied via Fly Ash (FA) due to their potential bene...
This study aims to investigate the effect of adding circulating fluidized bed combustion (CFBC) ash,...
The study was aimed to evaluate effectiveness of utilizing a self-cementing fly ash derived from com...
The use of desulfurization gypsum and steel/furnace slag composite cementitious material (DGSC) to s...
The effect of kinds and dosage of curing agent on the curing effect and strength characteristics of ...
This study investigated the use of two kinds of industrial wastes Ground Granulated Blast Furnace Sl...
Expansive soil experiences swelling with the addition of water and then shrink after the removal of ...
In this study, the stabilization process is introduced to a clayey expansive soil collected in south...
In this study, coal combustion by-products mainly fly ash, commercial fibers and a natural fiber i.e...
Western Research Institute, in conjunction with the Electric Power Research Institute, Foster Wheele...
Fine-grained soils may have undesired characteristics such as high swelling potential and low streng...
Chemical stabilization of Sarawak clay soil was studied via Fly Ash (FA) due to their potential bene...
Weak subgrade layers can decrease the designed service life of pavements significantly, and building...
AbstractSoft soils are not suitable for use in runway and highway construction due to their undesira...
The paper presents organic soils from Koszalin, Szczecinek area: peat, mud and bog lime have been te...
Chemical stabilization of Sarawak clay soil was studied via Fly Ash (FA) due to their potential bene...
This study aims to investigate the effect of adding circulating fluidized bed combustion (CFBC) ash,...
The study was aimed to evaluate effectiveness of utilizing a self-cementing fly ash derived from com...
The use of desulfurization gypsum and steel/furnace slag composite cementitious material (DGSC) to s...
The effect of kinds and dosage of curing agent on the curing effect and strength characteristics of ...
This study investigated the use of two kinds of industrial wastes Ground Granulated Blast Furnace Sl...
Expansive soil experiences swelling with the addition of water and then shrink after the removal of ...
In this study, the stabilization process is introduced to a clayey expansive soil collected in south...
In this study, coal combustion by-products mainly fly ash, commercial fibers and a natural fiber i.e...
Western Research Institute, in conjunction with the Electric Power Research Institute, Foster Wheele...
Fine-grained soils may have undesired characteristics such as high swelling potential and low streng...
Chemical stabilization of Sarawak clay soil was studied via Fly Ash (FA) due to their potential bene...
Weak subgrade layers can decrease the designed service life of pavements significantly, and building...
AbstractSoft soils are not suitable for use in runway and highway construction due to their undesira...
The paper presents organic soils from Koszalin, Szczecinek area: peat, mud and bog lime have been te...
Chemical stabilization of Sarawak clay soil was studied via Fly Ash (FA) due to their potential bene...
This study aims to investigate the effect of adding circulating fluidized bed combustion (CFBC) ash,...
The study was aimed to evaluate effectiveness of utilizing a self-cementing fly ash derived from com...