Rubberised concrete is an eco-friendly material with reasonable mechanical strengths for
potential civil engineering applications. Recent research has proved that rubberised …

The existing literature concerning the flexural strength of circular concrete-filled steel tubes
(CFSTs) has been reviewed in this paper. Using a much-expanded database of published …

This paper presents an extensive experimental investigation of the circular recycled
aggregate concrete filled steel tubes (RACFST) stub columns under to axial compression to …

Structural engineers have assessed the possibility of replacing part of natural aggregates
with rubber particles in concrete in recent years to obtain sustainable structural members. It …

This paper presents a numerical investigation on the ductility and strength of short steel
tubes filled with Rubberized Concrete (RuC), which is a composite material that mixes …

This paper presents an experimental investigation into the cyclic behaviour of reinforced
concrete members incorporating a significant proportion of recycled rubber particles as a …

Rubberised concrete has the benefit of utilising waste material, preventing resource
extraction and improving concrete ductility, however at the cost of reduced strength and …

In this research, numerical investigations were carried out to study the behaviour of concrete
filled steel tubes having square or rectangular cross-sections. Separate models were used …

This paper presents the nonlinear finite element (FE) analysis of circular concrete-filled steel
tubes (CFST) with rubberized infill concrete (RuC) under flexure. The FE models were first …

The research on rubberised concrete (RuC) could promote the recycling of end-of-life tyres
and reduce natural resource extraction. To mitigate the greatly reduced compressive …