This study intends to compare the influence of polypropylene fibres (PPF) and steel fibres
(SF) on the torsional performance of reinforced high-performance concrete (HPC) …

In this study, a torsional behavior analysis model is developed for reinforced concrete (RC)
members subjected to combined loads. In the analytical model, a member section is …

This study investigates the pure torsional performance of Geopolymer Concrete (GPC)
members using a self-designed loading device. The parameters investigated include …

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 …

Large-scale pontoon decks with edge cutouts were tested and the effect of diagonal
reinforcements, arrangement of bars, and reinforcement-grid space size was investigated …

Unlike the existing truss models for shear and torsion analysis, in this study, the torsional
capacities of reinforced concrete (RC) members were estimated by introducing multi …

Reinforced concrete (RC) beams can be subjected to a complex combination of shear forces
(V), torsional moments (T), flexural moments (M) and axial loads (N). This paper proposes 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 …

Curved concrete box beams are commonly used for their superior integrality performance
and greater torsional stiffness. This paper investigates the torsional behavior of these beams …

In this study, a torsional strength model for SFRC beams with transverse reinforcement was
developed based on a simplified softened truss model. The proposed model had two unique …