Steel-straps tensioning technique (SSTT) has been proven to be an effective mean to confined High-strength concrete (HSC). The pre-tensioned force offers by this confining method can significantly restraint the small lateral dilation of HSC. However, most of the design guidelines only concerned with FRP-confined columns subjected to concentric compression. The direct application of these design guidelines on the SSTT-confined HSC column is being questioned due to different material and confining method adopted. Hence, a numerical study was carried out to compare the proposed model with the previous studies. The comparison between experiment results and previous studies has proven that external confinement using steel strap is comparable...
High strength concrete (HSC) has lower ductility, but higher in strength compared to normal strength...
An experimental and analytical study on the application of Steel Strapping Tensioning Technique (SST...
This article proposes new parameters for the practical design of circular high-strength concrete (HS...
Steel-straps tensioning technique (SSTT) has been proven to be an effective mean to confined High-st...
Steel-straps tensioning technique (SSTT) has been proven to be an effective mean to confined High-st...
The application of steel-straps confinement or better known as steel-strapping tensioning technique ...
The load-carrying capacity and deformability of concrete columns can be substantially enhanced by co...
This article proposes new parameters for the practical design of circular high-strength concrete (HS...
The application of steel-straps confinement or better known as steel-strapping tensioning technique ...
Previous studies proved that the application of steel-strapping confining technique (SSTT) ...
In designing the HSC columns confined with steel-straps tensioning technique (SSTT), safe and econom...
Steel strapping tensioning technique (SSTT) has started to gain attention recently. The confining me...
This article proposes a design approach to calculate the capacity of slender high-strength concrete ...
The steel-strapping tensioning technique (SSTT) has been widely accepted as an effective method for ...
Due to the confinement effects, Steel-Straps Tensioning Technique (SSTT) can significantly enhance t...
High strength concrete (HSC) has lower ductility, but higher in strength compared to normal strength...
An experimental and analytical study on the application of Steel Strapping Tensioning Technique (SST...
This article proposes new parameters for the practical design of circular high-strength concrete (HS...
Steel-straps tensioning technique (SSTT) has been proven to be an effective mean to confined High-st...
Steel-straps tensioning technique (SSTT) has been proven to be an effective mean to confined High-st...
The application of steel-straps confinement or better known as steel-strapping tensioning technique ...
The load-carrying capacity and deformability of concrete columns can be substantially enhanced by co...
This article proposes new parameters for the practical design of circular high-strength concrete (HS...
The application of steel-straps confinement or better known as steel-strapping tensioning technique ...
Previous studies proved that the application of steel-strapping confining technique (SSTT) ...
In designing the HSC columns confined with steel-straps tensioning technique (SSTT), safe and econom...
Steel strapping tensioning technique (SSTT) has started to gain attention recently. The confining me...
This article proposes a design approach to calculate the capacity of slender high-strength concrete ...
The steel-strapping tensioning technique (SSTT) has been widely accepted as an effective method for ...
Due to the confinement effects, Steel-Straps Tensioning Technique (SSTT) can significantly enhance t...
High strength concrete (HSC) has lower ductility, but higher in strength compared to normal strength...
An experimental and analytical study on the application of Steel Strapping Tensioning Technique (SST...
This article proposes new parameters for the practical design of circular high-strength concrete (HS...