No research has yet been reported on the behavior of lightweight-aggregate self-
consolidating concrete (LWSCC) columns reinforced with fiber-reinforced polymer (FRP) …

The present study investigated the effect of the lightweight aggregate content on the
carbonation response of concrete according to its compressive strength and water-to …

This study aims to propose a rational model to establish the tensile stress–strain relationship
of fiber-reinforced concrete (FRC) with different densities based on the general form …

The depletion of natural aggregates has already progressed significantly in some regions
and countries, including South Korea, and it is critical to identify replacement materials to …

The objective of the present study is to examine the effects of different types and content of
steel fibers on the workability, mechanical properties, and ductility enhancement of …

The present study aims to examine the limitation and significance to develop sustainable
lightweight concrete using bottom ash aggregates and preformed foam (LWC-BF). As a …

The objective of this study is to examine the effect of different wall-to-base connections on
the flexural performance of precast alllightweight aggregate concrete (ALWAC) shear walls …

This study examined the effect of the concrete unit weight on the seismic performance of
reinforced concrete columns. Three types of columns all-lightweight aggregate concrete …

The objective of the present study is to assess the flexural residual strengths of lightweight
aggregate concrete (LWAC) reinforced with micro-steel fibers. Further, the material class of …

The mechanical properties of lightweight aggregate concrete developed with the use of
bottom ash aggregate (LWAC-BA) as a partial or full replacement of lightweight aggregate …