A softened strut-and-tie macro model able to reproduce the flexural behaviour of external beam-column joint is presented. The model is specific for concrete with hooked steel fibres (FRC) and it is designed to calculate the flexural response, as load-deflection curve, of a beam-column sub-assemblages. The model considers the presence of a constant vertical load acting on the column and of a monotonically increasing lateral force applied at the tip of the beam
A simple analytical model that can easily be implemented in MATLAB (Matrix Laboratory) is presented ...
This paper presents a semi-analytical model for damaged reinforced concrete (RC) beam-column joints ...
In this paper, an experimental study referring to the flexural behavior of full-scale external beam-...
A softened strut-and-tie macro model able to reproduce the flexural behaviour of external beam-colum...
In this paper a simplified analytical model able to reproduce the flexural behavior of external beam...
A softened strut-and-tie macro model able to reproduce the flexural behavior of external beam-tocolu...
An experimental and theoretical research referred to the flexural behavior of external R.C. joints s...
In this paper an analytical model in a closed form able to reproduce the monotonic flexural response...
An analytical model in a closed form able to reproduce the monotonic flexural response of external R...
Fibre reinforced concrete (FRC) offers an improved resistance to cracking and crack propagation, whi...
An analytical model in a closed form able to reproduce the monotonic flexural response of external R...
This paper describes the experimental results of ten steel fibre reinforced high performance concret...
A simple analytical model that can easily be implemented in MATLAB (Matrix Laboratory) is presented ...
A beam-column joint was analysed [sic] using the specifications of ACI-ASCE Commitee [sic] 352. The ...
The present research work aims to investigate numerically the behaviour of steel fibre reinforced co...
A simple analytical model that can easily be implemented in MATLAB (Matrix Laboratory) is presented ...
This paper presents a semi-analytical model for damaged reinforced concrete (RC) beam-column joints ...
In this paper, an experimental study referring to the flexural behavior of full-scale external beam-...
A softened strut-and-tie macro model able to reproduce the flexural behaviour of external beam-colum...
In this paper a simplified analytical model able to reproduce the flexural behavior of external beam...
A softened strut-and-tie macro model able to reproduce the flexural behavior of external beam-tocolu...
An experimental and theoretical research referred to the flexural behavior of external R.C. joints s...
In this paper an analytical model in a closed form able to reproduce the monotonic flexural response...
An analytical model in a closed form able to reproduce the monotonic flexural response of external R...
Fibre reinforced concrete (FRC) offers an improved resistance to cracking and crack propagation, whi...
An analytical model in a closed form able to reproduce the monotonic flexural response of external R...
This paper describes the experimental results of ten steel fibre reinforced high performance concret...
A simple analytical model that can easily be implemented in MATLAB (Matrix Laboratory) is presented ...
A beam-column joint was analysed [sic] using the specifications of ACI-ASCE Commitee [sic] 352. The ...
The present research work aims to investigate numerically the behaviour of steel fibre reinforced co...
A simple analytical model that can easily be implemented in MATLAB (Matrix Laboratory) is presented ...
This paper presents a semi-analytical model for damaged reinforced concrete (RC) beam-column joints ...
In this paper, an experimental study referring to the flexural behavior of full-scale external beam-...