The Failure Process Analysis of Reinforced Concrete Beams with Different Steel Reinforcement Ratio
Jixin Yang, Kun Huang
Abstract
Jixin Yang, Kun Huang
Abstract
In this article, we will do a numerical simulation of reinforced concrete beams (under-reinforced beam, balanced-reinforced beam, over-reinforcement beam). Analysis shows that use Solid65 element can simulate the nonlinear mechanical properties of the reinforced concrete beam under different reinforcement ratio better. So we think that the finite element software can be used to calculate the mechanical behavior of the reinforced concrete.
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In this article, we will do a numerical simulation of reinforced concrete beams (under-reinforced beam, balanced-reinforced beam, over-reinforcement beam). Analysis shows that use Solid65 element can simulate the nonlinear mechanical properties of the reinforced concrete beam under different reinforcement ratio better. So we think that the finite element software can be used to calculate the mechanical behavior of the reinforced concrete.
Key concepts: Reinforcement, Reinforced concrete, Beam (structure), Structural engineering, Finite element method, Materials science, Reinforced solid, T-beam