The purpose of this paper is to explore a prediction model of the shear strength of reinforced
concrete (RC) slender beams driven by experimental data and mechanisms. An …

Shear failure of reinforced concrete (RC) members belongs to brittle failure and has always
been concerned. In this paper, 16 existing shear strength models of RC slender beams have …

The use of steel fibers in reinforced concrete (RC) structural members aims at the
improvement of mechanical properties of such members. This study focuses on shear …

Shear failure of reinforced concrete (RC) beams is a form of brittle failure and has always
been a concern. This study adopted the interpretable machine-learning technique to predict …

New types of reinforced concrete voided slabs cast in place with plastic void formers need to
be researched. One of the most dangerous zones of biaxial voided slabs is the slab-column …

Due to the inclusion of hollow plastic spheres in bubbled slab systems, the shear resistance
is greatly reduced. Also, the existence of the opening in the vicinity of columns takes away …

The research question revolves around accurately predicting the shear capacity of RC
beams and enhancing the reliability of such prediction models. This study aims to refine the …

The bubbled slab, a type of reinforced concrete (RC) slab with plastic voids, is an innovative
design that employs a biaxial distribution of voiding formers within the slab to reduce the …

This paper presents an experimental and analytical investigation on the behavior of self-
consolidating concrete (SCC) slabs with plastic bubbles under concentric and eccentric …

This paper used the existing formulae in estimating resistance parameter of reinforced
concrete structure to assess the effect of concrete produced from pit-sand in Akure …