The modern era of construction demands various aspects of engineered cementitious composite (ECC) that turns today’s construction to be marvelous. This research study investigates the shear capacity of steel-reinforced ECC coupling beam. A steel-reinforced ECC coupling beam are chosen, and shear load versus translation angle simulation is performed to realize the response of the beam through a finite element platform. The numerical analysis is carried out and the results are validated with the experimental data, which is found to be in agreement.

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Numerical Analysis of Steel Reinforced ECC Coupling Beam

  • K. Hamsavathi,
  • Madappa V. R. Sivasubramanian

摘要

The modern era of construction demands various aspects of engineered cementitious composite (ECC) that turns today’s construction to be marvelous. This research study investigates the shear capacity of steel-reinforced ECC coupling beam. A steel-reinforced ECC coupling beam are chosen, and shear load versus translation angle simulation is performed to realize the response of the beam through a finite element platform. The numerical analysis is carried out and the results are validated with the experimental data, which is found to be in agreement.