In this paper, theoretical and numerical approaches were used to investigate the punching
shear capacity of RC flat slabs without shear reinforcement under the effect of loading …

The punching shear behavior of interior flat slab was examined in this study in the absence
of shear reinforcement using numerical and analytical techniques. The effect of sensitive …

Numerical simulation based on the nonlinear fine element analysis requires a global safety
format, which includes a model uncertainty. A general method for assessment of a global …

This research article presents a numerical investigation of full interior connections reinforced
with glass fiber reinforced polymer (GFRP) using the concrete damage plastic (CDP) model …

This paper presents experimental, numerical and analytical investigations about the effects
of incorporating coarse recycled concrete aggregates (CRCA) on the punching behaviour of …

The aim of this work is to study the behaviour of reinforced concrete flat slab structures under
combined vertical and horizontal cyclic loading. A total of five specimens were cast and …

This paper deals with punching of reinforced high strength concrete (HSC) flat slabs.
Despite the use of HSC increased significantly in the last years, the experimental research …

Finite-element analyses (FEA) of reinforced concrete slab-column connections with shear
reinforcement are presented and discussed. Ultimate loads and crack patterns are shown …

The experimental research carried out to study the punching behavior of high strength
concrete (HSC) flat slabs is reported in the present work. Three flat slab specimens were …

This experimental work intends to assess the efficiency of employing ultra-high-performance
fiber concrete (UHPFC) as a strengthening system for improving the punching shear …