A summary of a statistical study of shear capacity of non-prestressed reinforced concrete beams is presented. The study was aimed at obtaining a simplified equation by ignoring the effect of M/Vd on shear capacity of R.C beams. All beams used in this study had a shear span/effective depth of at least 2.5 and contained no shear reinforcement. The database used in the statistical analysis comprised 360 beams reported in the literature, including the results of twenty beams, which were cast and tested as a part of this study. An equation is proposed as a result of statistical regression analysis for shear strength of non-prestressed concrete beams without web reinforcement
The shear failure of a reinforced concrete beam generally occurs when the principal tensile stress n...
This paper briefly describes commonly used methods of determination of shear strength of reinforced ...
Existing methods for calculation of shear capacity of concrete beams reinforced with fiber-reinforce...
The summary of a statistical study of shear strength of non-prestressed reinforced concrete beams is...
A summary of a statistical study of shear capacity of non-prestressed R.C. beams without web reinfor...
The purpose of the article was to compare selected calculation methods regarding shear strength in r...
Available codes and models generally use partially modified shear design equation, developed earlier...
The paper presents two theoretical models for calculating shear capacity of beams without stirrups. ...
Two series of eight rectangular reinforced concrete beams without web reinforcement were tested unde...
The analysis of shear strength of longitudinally reinforced concrete beams, in which a constant shea...
A theoretical model was developed to predict the shear strength of slender reinforced concrete beam...
Current approaches for estimation of shear capacity of concrete beams reinforced with fiber-reinforc...
Experimental studies were made on simple and restrained beams to determine their shear strength. The...
The efficiency of shear capacity models of reinforced concrete beams with stirrups depends on the as...
Designing for shear in reinforced concrete members is a complicated process. The current empirical s...
The shear failure of a reinforced concrete beam generally occurs when the principal tensile stress n...
This paper briefly describes commonly used methods of determination of shear strength of reinforced ...
Existing methods for calculation of shear capacity of concrete beams reinforced with fiber-reinforce...
The summary of a statistical study of shear strength of non-prestressed reinforced concrete beams is...
A summary of a statistical study of shear capacity of non-prestressed R.C. beams without web reinfor...
The purpose of the article was to compare selected calculation methods regarding shear strength in r...
Available codes and models generally use partially modified shear design equation, developed earlier...
The paper presents two theoretical models for calculating shear capacity of beams without stirrups. ...
Two series of eight rectangular reinforced concrete beams without web reinforcement were tested unde...
The analysis of shear strength of longitudinally reinforced concrete beams, in which a constant shea...
A theoretical model was developed to predict the shear strength of slender reinforced concrete beam...
Current approaches for estimation of shear capacity of concrete beams reinforced with fiber-reinforc...
Experimental studies were made on simple and restrained beams to determine their shear strength. The...
The efficiency of shear capacity models of reinforced concrete beams with stirrups depends on the as...
Designing for shear in reinforced concrete members is a complicated process. The current empirical s...
The shear failure of a reinforced concrete beam generally occurs when the principal tensile stress n...
This paper briefly describes commonly used methods of determination of shear strength of reinforced ...
Existing methods for calculation of shear capacity of concrete beams reinforced with fiber-reinforce...