FRP reinforced seawater sea sand concrete (FRP-SWSSC) combines the advantages of
corrosion-free FRP bars in the marine environment and the direct utilization of seawater and …

Fiber reinforced polymer (FRP) is one of the alternatives to steel, and can be directly used in
seawater sea sand concrete (SSC). But FRP material still has durability problems in …

A new high-strength seawater and sea sand concrete (HSSC)-filled circular FRP-steel
composite tube (HFSCT) structure, consisting of an internal FRP, carbon steel tube and …

A novel type of seawater and sea sand concrete (SSC)-filled FRP-carbon steel composite
tube (SFSCT) column composed of FRP-carbon steel composite tubes and core-filled SSC …

Almost all FRP-reinforced concrete exposed to the marine environment are susceptible to
durability deficiencies due to failure of the FRP/epoxy/concrete interface, especially the …

The application of seawater as the mixing water in concrete production could mitigate the
increasing demand for fresh water in concrete production associated with the continuously …

The use of hybrid seawater sea sand concrete (SWSSC) and fibre reinforced polymer (FRP)
composites and, as alternatives for ordinary concrete and conventional carbon steel …

In remote islands and coastal areas, where there are no freshwater and river sand, the use
of locally available seawater and marine sediments in mortar and concrete for building …

The incorporation of conventional supplementary cementitious materials (eg fly ash) in
concrete generally induces a longer setting time and inferior early-age strength. This study …

This paper presents an experimental investigation of a novel seawater and sea sand
concrete (SSC)-filled fibre-reinforced polymer (FRP)-carbon steel composite tube column …