This paper presents finite element analysis on flexural behavior of recycled aggregates concrete beam using Abacus and same is compare with the experimental obtained results., the numerical models for the static load appraisal on beam are starting to become more accurate and honorable, the ABAQUS program is used to model the behaviour of reinforced concrete (RC) beam subjected to static loading. The Nonlinear finite element model uses the concrete damaged plasticity (CDP) approach. The model used in the present study can help to compare the experimental investigations under considerations as a valuable data for the design aspect. Four test beam specimens of size 150X230X2200mm with four different mixes with partial replacement of Natural coarse aggregate with Recycled coarse aggregate (RCA) and Treated recycled coarse aggregate (TRCA) are modelled in ABAQUS 6.14 and tested for static loading and the parameters such as first crack load, ultimate load and load deflection behavior were studied, then the analytical results are compared with experimental results. Hence, the Nonlinear finite element models can simulate the behavior of recycled aggregate beam under static load and there was good compromise of analytical results obtained from ABAQUS 6.14 with that of experimental results.
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