Due to the limitation of sample size in predicting the torsional strength of Reinforced
Concrete (RC) beams, this paper aims to discuss the feasibility of employing a novel …

Concrete-filled galvanized helical corrugated steel tubes (CFCSTs) are newly proposed for
strengthening the corrosion resistance, ductility, and constructability of traditional RC …

Precast prestressed hollow core (HC) floors are widely used in various applications within
the construction sector. Such floors are usually designed as single, simply supported …

An experimental study was conducted on the behaviour of eight reinforced and prestressed
concrete beams subjected to combined action of bending and torsion. The beams were …

A torsional strength model for prestressed concrete beams was proposed considering the
initial crack angle, principal stress angle, and longitudinal strain, which are affected by the …

This study conducted an extensive review and evaluation of torsional design methods
specified in SNiP and other international building codes. Unlike thin‐walled tube approach …

This study discusses the torsional capacity of recycled coarse aggregate (RCA) reinforced
concrete beams under pure torsion based on the experimental findings available in the …

This study aims at developing a torsional strength model based on a nonlinear analysis
method presented in the previous studies. To this end, flexural neutral axis depth of a …

In this paper, a plasticity based space truss model developed to predict the ultimate strength
of heavily reinforced and prestressed solid concrete members under combined bending and …

In this article, a torsional adapter is designed and evaluated through the comparison of
analytical, numerical, and experimental tools. The adapter converts a conventional tension …