2009Natural Science Journal of Xiangtan UniversityRequires access

The Analysis and Contrast on the Shear Lag Effect of High-Strength Concrete Thin-Walled Box Continuous Girder

Jiang Weizhong

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Abstract

Base on the full test on the shear lag effect of the long flanges and trapezoidal section concrete thin-walled box continuous girder,considering particular characteristics of the concrete thin-walled box girder,if suitable element models and material constitutive laws are chose,the ANSYS program may simulate the fully flexural experimental process of the concrete thin-walled box continuous girder,the deflection and concrete strain distribution of the flanges in different sections and concentrated loads have been analysed.The analysis result is well agree with the experimental result.

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Base on the full test on the shear lag effect of the long flanges and trapezoidal section concrete thin-walled box continuous girder,considering particular characteristics of the concrete thin-walled box girder,if suitable element models and material constitutive laws are chose,the ANSYS program may simulate the fully flexural experimental process of the concrete thin-walled box continuous girder,the deflection and concrete strain distribution of the flanges in different sections and concentrated loads have been analysed.The analysis result is well agree with the experimental result.

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Available abstract

Base on the full test on the shear lag effect of the long flanges and trapezoidal section concrete thin-walled box continuous girder,considering particular characteristics of the concrete thin-walled box girder,if suitable element models and material constitutive laws are chose,the ANSYS program may simulate the fully flexural experimental process of the concrete thin-walled box continuous girder,the deflection and concrete strain distribution of the flanges in different sections and concentrated loads have been analysed.The analysis result is well agree with the experimental result.

Key concepts: Box girder, Structural engineering, Shear (geology), Lag, Deflection (physics), Flexural strength, Girder, Engineering

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