A truss model is presented in this paper to predict the load deflection response of reinforced concrete beams subjected to flexure and shear. The truss model which has struts at various angles is derived considering concrete contribution. The concrete contribution is then integrated into the modified truss model through the concept of equivalent stirrup reinforcement. The validity and applicability of the proposed truss model is evaluated by comparing results with experimental data. Good correlations with the experimental data have been obtained. This study shows that the truss model analogy, if properly treated, can be used to access both shear streng...
Based on force-deformation behavior computed using the Compatibility Strut and Tie Model (C STM), a ...
Reinforced concrete (RC) members are often subjected to combinations of axial, shear, and bending lo...
Original scientific paper In the current European Code EN 1992-1-1 a truss model with variable incli...
A theoretical model for shear strength evaluation of fibrous concrete beams reinforced with stirrup...
This paper attempts to determine the inclination of the compression strut within variable angle t...
The uniform truss model is now getting wider acceptance in Japan for calculating shear strengths of ...
A model developed for the study of the individual contributions to shear capacity in reinforced conc...
Abstract In this paper, an analytical model to rationally evaluate the shear strength of reinforced ...
In this thesis, shear strength models for slender concrete members without and with shear reinforcem...
Generally structural members can be broadly divided into two regions, namely B or Bernoulli regions ...
The deflection of reinforced concrete (RC) beams with low span-effective depth ratios can be attribu...
Designing for shear in reinforced concrete members is a complicated process. The current empirical s...
Remodeling buildings often implies a modification of the mechanical behavior of the structural syste...
Safe and economical design and assessment of reinforced (RC) and prestressed concrete (PC) beams req...
A mechanical model recently developed for the shear strength of slender reinforced concrete beams wi...
Based on force-deformation behavior computed using the Compatibility Strut and Tie Model (C STM), a ...
Reinforced concrete (RC) members are often subjected to combinations of axial, shear, and bending lo...
Original scientific paper In the current European Code EN 1992-1-1 a truss model with variable incli...
A theoretical model for shear strength evaluation of fibrous concrete beams reinforced with stirrup...
This paper attempts to determine the inclination of the compression strut within variable angle t...
The uniform truss model is now getting wider acceptance in Japan for calculating shear strengths of ...
A model developed for the study of the individual contributions to shear capacity in reinforced conc...
Abstract In this paper, an analytical model to rationally evaluate the shear strength of reinforced ...
In this thesis, shear strength models for slender concrete members without and with shear reinforcem...
Generally structural members can be broadly divided into two regions, namely B or Bernoulli regions ...
The deflection of reinforced concrete (RC) beams with low span-effective depth ratios can be attribu...
Designing for shear in reinforced concrete members is a complicated process. The current empirical s...
Remodeling buildings often implies a modification of the mechanical behavior of the structural syste...
Safe and economical design and assessment of reinforced (RC) and prestressed concrete (PC) beams req...
A mechanical model recently developed for the shear strength of slender reinforced concrete beams wi...
Based on force-deformation behavior computed using the Compatibility Strut and Tie Model (C STM), a ...
Reinforced concrete (RC) members are often subjected to combinations of axial, shear, and bending lo...
Original scientific paper In the current European Code EN 1992-1-1 a truss model with variable incli...