Strength Models of Axial Capacity of FRP-Confined Circular Concrete Columns.
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The experimental data used are the re- sults of Antonius' experimental study (2015), car- ried out on the behavior of normal and high- strength steel fiber concrete with
Furthermore, the compressive strength data of natural and recycle concrete aggregate will been analyzed in order to get a formula of the concrete strength when design for concrete mix
Effect of concrete compression strength on axial load carrying capacity of concrete column strengthened with metal sheets, Undergraduate Engineering Student Project Report, Khon Kaen
Paper 161 – Simplified numerical modelling of reinforced concrete columns with smooth rebars NZSEE 2021 Annual Conference Table 1: Key results of the developed model Vs experimental
3.4 Compressive Strength Test Results Compressive strength test results performed on concrete specimen at interval of 7, 14 and 27 days respectively are shown in Figure 2 Figure 4
Effect of transverse steel ratio on overall torque–twist behavior: a circular column axial compression=2 MPa; b square column axial compressive stress=1 MPa Downloaded from
Compressive strength testing of concrete using WPC and grey cement was carried out at ages: 3, 7, 14, 21, and 28 days.. The compressive strength of concrete using WPC is higher than
The polypropylene content was taken as 1% where an increase in compressive strength and split tensile strength can occur by adding a fiber content of 1% of the total volume of concrete
