The paper presents a newly introduced modification of the strut-and-tie model that takes into account compression stress bulging of the strut with proper attention to its degradation as tensile strains increase. The method is capable of discriminating between brittle and ductile modes of failure, thus eliminating the gross underestimation of capacity often observed in applying the truss model to brittle corbels. The proposed method provides improved corbel-capacity prediction in comparison to the provision of three design codes
Corbels are short, typically shear-controlled, cantilevers that transfer loads to columns in structu...
International audienceThe design of reinforced concrete structures follows prescriptions of codes an...
Infill-frame interaction is commonly modeled by means of equivalent strut macro-models. The main dif...
Periodic truss structures can be designed with high specific stiffness and specific strength, exceed...
Reinforced concrete (RC) corbel is one of a disturbed region of elements of the structure. SNI 2847:...
The present investigation examines analytically the behavior and ultimate shear strength of reinforc...
Reinforced concrete corbels were examined in this study for the cracking behavior and strength evalu...
Reinforced concrete (RC) corbels becoming a frequent attribute in the building construction with the...
Abstract. In this paper, a general method for the automatic search for Strut-and-Tie (S&T) model...
AbstractThe ordinary beams theory based on Bernoulli's theorem is not applicable to non linear and n...
One of the overall main purposes for a structural engineer is to design structures and structural el...
In this paper, a general method for the automatic search for Strut-and-Tie (S&T) models representati...
The strut-and-tie method (STM) is a simple and conservative method for designing concrete structures...
A new strut-tie model using secant stiffness, Direct Inelastic Strut-Tie Model, was developed. Since...
Construction of strut and tie mode! (STM) at D-regions is based on elastic stress distributions by ...
Corbels are short, typically shear-controlled, cantilevers that transfer loads to columns in structu...
International audienceThe design of reinforced concrete structures follows prescriptions of codes an...
Infill-frame interaction is commonly modeled by means of equivalent strut macro-models. The main dif...
Periodic truss structures can be designed with high specific stiffness and specific strength, exceed...
Reinforced concrete (RC) corbel is one of a disturbed region of elements of the structure. SNI 2847:...
The present investigation examines analytically the behavior and ultimate shear strength of reinforc...
Reinforced concrete corbels were examined in this study for the cracking behavior and strength evalu...
Reinforced concrete (RC) corbels becoming a frequent attribute in the building construction with the...
Abstract. In this paper, a general method for the automatic search for Strut-and-Tie (S&T) model...
AbstractThe ordinary beams theory based on Bernoulli's theorem is not applicable to non linear and n...
One of the overall main purposes for a structural engineer is to design structures and structural el...
In this paper, a general method for the automatic search for Strut-and-Tie (S&T) models representati...
The strut-and-tie method (STM) is a simple and conservative method for designing concrete structures...
A new strut-tie model using secant stiffness, Direct Inelastic Strut-Tie Model, was developed. Since...
Construction of strut and tie mode! (STM) at D-regions is based on elastic stress distributions by ...
Corbels are short, typically shear-controlled, cantilevers that transfer loads to columns in structu...
International audienceThe design of reinforced concrete structures follows prescriptions of codes an...
Infill-frame interaction is commonly modeled by means of equivalent strut macro-models. The main dif...