This experiment research adopts ordinary portland cement with the strength grade of 42.5, mixed it with slag, fly ash and water reducing agent to prepare C40 steel fiber reinforced concrete (SFRC). Via observing the compressive strength changes of steel fiber reinforced concrete when different amount of steel fiber, slag and fly ash were mixed, reasonable amount of steel fiber was determined with the maximum compressive strength of concrete. As a result, as concentrations of minerals and sand ratio changed, the compressive strength of concrete varied regularly. In addition, when the strength was maximum, the amount of steel fiber proved to be constant with the value of 1.4%
In this experimental study, the influence of using fly ash, polypropylene fiber, and steel fiber in ...
The study is based on designing the mix design of the concrete for the class named MR_DK_E1: C30/37,...
Bearing in mind the increasing worldwide availability of pulverised fly ash (PFA) and rapidly decrea...
The structural behaviour of steel fiber reinforced fly ash concrete under compression and flexure wa...
This paper presents a comparison between split tensile strength of normal concrete by adding 12% ult...
This paper reports on a comprehensive study on the properties of concrete containing fly ash and ste...
This research investigated significant effects of steel fiber on engineering properties of high-stre...
Concrete is most likely one of the most thoroughly utilized building and construction product on the...
This paper investigates the influence of different types of steel fibers on the engineering properti...
Fly ash substitution to cement is a well-recognized approach to reduce CO2 emissions. Although fly a...
This paper shows the results of a study undertaken to enhance the property of Fly Ash concrete with ...
The behavior of glued steel fibres in high strength concrete with size reduction properties of concr...
Cement is the most popular material used in construction the demand and cost of cement is increasing...
In this paper the influence of commercialize steel fiber with properties of hooked end with 60 mm le...
Steel Fibre Reinforced Concrete can be manufactured by adding steel fibre to a concrete mix design.S...
In this experimental study, the influence of using fly ash, polypropylene fiber, and steel fiber in ...
The study is based on designing the mix design of the concrete for the class named MR_DK_E1: C30/37,...
Bearing in mind the increasing worldwide availability of pulverised fly ash (PFA) and rapidly decrea...
The structural behaviour of steel fiber reinforced fly ash concrete under compression and flexure wa...
This paper presents a comparison between split tensile strength of normal concrete by adding 12% ult...
This paper reports on a comprehensive study on the properties of concrete containing fly ash and ste...
This research investigated significant effects of steel fiber on engineering properties of high-stre...
Concrete is most likely one of the most thoroughly utilized building and construction product on the...
This paper investigates the influence of different types of steel fibers on the engineering properti...
Fly ash substitution to cement is a well-recognized approach to reduce CO2 emissions. Although fly a...
This paper shows the results of a study undertaken to enhance the property of Fly Ash concrete with ...
The behavior of glued steel fibres in high strength concrete with size reduction properties of concr...
Cement is the most popular material used in construction the demand and cost of cement is increasing...
In this paper the influence of commercialize steel fiber with properties of hooked end with 60 mm le...
Steel Fibre Reinforced Concrete can be manufactured by adding steel fibre to a concrete mix design.S...
In this experimental study, the influence of using fly ash, polypropylene fiber, and steel fiber in ...
The study is based on designing the mix design of the concrete for the class named MR_DK_E1: C30/37,...
Bearing in mind the increasing worldwide availability of pulverised fly ash (PFA) and rapidly decrea...