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Showing 1 to 3 of 3 for “"Circular Concrete Filled Steel Tube"”.

  1. Structural behaviour of circular concrete filled steel tube column fill with selfcompacting concrete incorporating coal bottom ash as fine aggregate replacement

    … may affect the interaction between the steel tube and the concrete, hence influence the behaviour of CFST column. Employing selfcompacting concrete (SCC) in CFST column as an infill concrete remove the necessity for compaction. However, higher volume of fine aggregate required in SCC …

    uthm Repository record for Structural behaviour of circular concrete filled steel tube column fill with selfcompacting concrete incorporating coal bottom ash as fine aggregate replacement (opens in a new tab)

  2. Axial load capacity of circular steel tube columns filled with high strength concrete

    This study examines the axial load capacity of circular Concrete Filled Steel Tube columns using High Strength Concrete (CFST-HSC). Emphasis is drawn to the enhanced axial capacity of short columns attributed to the lateral confinement of the concrete infill provided by the steel encasement. The …

    vu-aus Repository record for Axial load capacity of circular steel tube columns filled with high strength concrete (opens in a new tab)

  3. Innovative Self-Centering Connection for CCFT Composite Columns

    Concrete filled steel tubes are regarded as ideal frame members in seismic resisting systems, as they combine large axial and flexural capacity with ductility. The combination of the two materials increases the strength of the confined concrete and avoids premature local buckling of the steel tube. …

    vt Repository record for Innovative Self-Centering Connection for CCFT Composite Columns (opens in a new tab)