Several reliability methods available in literature combined with various modelling approaches are compared in this current work in the context of two experimental reinforced concrete (RC) beams. One beam failed in bending while the other beam failed in shear due to diagonal tension. The structural behaviour is described by analytical models and nonlinear finite element models. The changes in predicted reliability of these structures with increasing loads are evaluated by different reliability methods and the results are compare
This paper presents a reliability-based analysis for reinforced concrete beam sections at their flex...
The strength of reinforced concrete members may vary from the calculated or the nominal strength due...
Advanced computer simulation is recently well-established methodology for evaluation of resistance o...
The object of this article is to be able to simulate the behavior of reinforced and/or prestressed c...
The semi-probabilistic and probabilistic safety formats for the non-linear finite elements analysis ...
Abstract This paper presents a study about safety of reinforced concrete beams subjected to bending ...
The semi-probabilistic and probabilistic safety formats for the non-linear finite elements analysis ...
Non-linear finite element analysis (NLFEA) is a powerful numerical solution method that can enhance ...
The response of a reinforced concrete beam constructed without transverse reinforcement to achieve s...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
In order to perform a reassessment of existing structures or design new structures in a more efficie...
Proposed application of the SBRA (Simulation-Based Reliability Assessment method documented in [1] t...
This paper presents a reliability-based analysis for reinforced concrete beam sections at their flex...
The strength of reinforced concrete members may vary from the calculated or the nominal strength due...
Advanced computer simulation is recently well-established methodology for evaluation of resistance o...
The object of this article is to be able to simulate the behavior of reinforced and/or prestressed c...
The semi-probabilistic and probabilistic safety formats for the non-linear finite elements analysis ...
Abstract This paper presents a study about safety of reinforced concrete beams subjected to bending ...
The semi-probabilistic and probabilistic safety formats for the non-linear finite elements analysis ...
Non-linear finite element analysis (NLFEA) is a powerful numerical solution method that can enhance ...
The response of a reinforced concrete beam constructed without transverse reinforcement to achieve s...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
This paper concerns the safety of a simply supported prestressed concrete beam subject only to bendi...
In order to perform a reassessment of existing structures or design new structures in a more efficie...
Proposed application of the SBRA (Simulation-Based Reliability Assessment method documented in [1] t...
This paper presents a reliability-based analysis for reinforced concrete beam sections at their flex...
The strength of reinforced concrete members may vary from the calculated or the nominal strength due...
Advanced computer simulation is recently well-established methodology for evaluation of resistance o...