Experimental Study on Torsion Behaviors of Angle Steel Reinforced Concrete Beams

Zong Ping Chen; Ming Zhong; Yu Liang Chen; Xiang Gang Zhang

doi:10.4028/www.scientific.net/AMR.368-373.81

Paper Titles

Calculation Model on Single Layer Lattice Shell Static and Dynamic Impact Analysis
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Shear Bearing Capacity Forecast of Reinforced Concrete Frame Abnormal Node Based on the BP Neural Network Theory
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The Review about a New Type of Bridge Structure — Semi–Integral Abutment Jointless Bridge
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Stochastic Aerostatic StabilityAnalysis of Self-Anchored Cable-Stayed Suspension Bridges
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Experimental Study on Torsion Behaviors of Angle Steel Reinforced Concrete Beams
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MODEL Test and Study of Vertical Loading Single Pile in Transversely Isotropy Clay
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Overall Stability of Open Cold-Formed Thin-Walled Steel Members with Hat Sections and Batten Plates under Axial Loads
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Model Test for Fatigue Performance on New Type Solid Round Rigid Suspender for a High-Speed Railway Bridge
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Finite Element Analysis of Aluminum Beam with Longitudinal Weld
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Experimental Study on Torsion Behaviors of Angle Steel Reinforced Concrete Beams

Abstract:

In order to research the mechanical property of angle steel reinforced concrete beams, 7 specimens were designed for pure torsion experiment. And three running parameters which are sectional steel disposition, thickness of concrete cover and concrete strength are taken into consideration. Base on the test, the torque-torsion angle curve, torque-strain curve, cracking torque, ultimate torque and other important data are obtain. The influences of those parameters are analyzed.