This paper presents discrete crack model analysis of steel fibre reinforced concrete tensile members. The crack model uses residual stresses of stress-strain relationships obtained from two different models: simplified model, proposed in the literature and the Layer section model. The latter model is based on the stress-strain relationships obtained from the test data of steel fibre reinforced concrete (SFRC) beams by the inverse technique. Crack width and average strain were investigated performing a comparative analysis of different prediction methodologies, significance of influence of residual stresses to the results is shown.Santrauka lietuvių kalba. Šiame straipsnyje aptariamas tempiamų plieno pluoštu armuotų gelžbetoninių elementų di...
The paper presents a modeling technique for bond, cracking and deformation analysis of RC members. T...
This paper deals with the analysis of cracked flexural reinforced concrete structures with special h...
AbstractThe smeared crack model, extensively applied in numerical analysis of reinforced concrete st...
The paper presents a simple discrete crack model for analyzing the deformation and crack width of re...
The application of steel fibre reinforced concrete (SFRC) isconstantly increasing. However, due to t...
The article proposes a model for strength and stain analysis of steel fiber reinforced concrete (SFR...
AbstractThe smeared crack model, extensively applied in numerical analysis of reinforced concrete st...
Steel fibre reinforced concrete (SFRC) has become widespread material in areas such as underground s...
The application of steel fibre reinforced concrete (SFRC) isconstantly increasing. However, due to t...
Adequate modelling of reinforced concrete (RC) cracking, particularly post-cracking behaviour (tensi...
The paper discusses the results of experimental and numerical modelling using two beams reinforced w...
In last decades, the use of steel fibre reinforced concrete (SFRC) as a construction material has de...
The paper discusses the results of experimental and numerical modelling using two beams reinforced w...
This paper deals with the analysis of cracked flexural reinforced concrete structures with special h...
AbstractThe application of steel fiber reinforced concrete (SFRC) is continuously increasing; howeve...
The paper presents a modeling technique for bond, cracking and deformation analysis of RC members. T...
This paper deals with the analysis of cracked flexural reinforced concrete structures with special h...
AbstractThe smeared crack model, extensively applied in numerical analysis of reinforced concrete st...
The paper presents a simple discrete crack model for analyzing the deformation and crack width of re...
The application of steel fibre reinforced concrete (SFRC) isconstantly increasing. However, due to t...
The article proposes a model for strength and stain analysis of steel fiber reinforced concrete (SFR...
AbstractThe smeared crack model, extensively applied in numerical analysis of reinforced concrete st...
Steel fibre reinforced concrete (SFRC) has become widespread material in areas such as underground s...
The application of steel fibre reinforced concrete (SFRC) isconstantly increasing. However, due to t...
Adequate modelling of reinforced concrete (RC) cracking, particularly post-cracking behaviour (tensi...
The paper discusses the results of experimental and numerical modelling using two beams reinforced w...
In last decades, the use of steel fibre reinforced concrete (SFRC) as a construction material has de...
The paper discusses the results of experimental and numerical modelling using two beams reinforced w...
This paper deals with the analysis of cracked flexural reinforced concrete structures with special h...
AbstractThe application of steel fiber reinforced concrete (SFRC) is continuously increasing; howeve...
The paper presents a modeling technique for bond, cracking and deformation analysis of RC members. T...
This paper deals with the analysis of cracked flexural reinforced concrete structures with special h...
AbstractThe smeared crack model, extensively applied in numerical analysis of reinforced concrete st...