The Improved Structure Design for the Joint of End Floor Beam and Main Longitudinal Girder in Certain Combined Platform

Yun Qing Zeng; Mei Li Wang; Rui Peng Zhang; Xue Jing Shen

doi:10.4028/www.scientific.net/AMR.594-597.682

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Research on the Equivalent Mechanical Parameters for the Honeycomb Core Based on the Y Element
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Research on Mechanical Analysis of Bulk Grain Storehouse Columns by Different Span and Different Height of Grain
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The Improved Structure Design for the Joint of End Floor Beam and Main Longitudinal Girder in Certain Combined Platform
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The Overall Stability Calculation Method for Sway Frame
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Vertical Bearing Capacity Properties Study of Punched Cast-in-Place Pile Based on Field Test in Driving Analysis Test on Piles of a Thermal Power Plant
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Study on Comprehensive Performance of the New-Type Steel-Encased Concrete Composite Beams Using FEM
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Blasting Technology for Demolition of Large-Scale Steel Structure Buildings by Shaped Charge Cutter
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 594-597The Improved Structure Design for the Joint of End...

The Improved Structure Design for the Joint of End Floor Beam and Main Longitudinal Girder in Certain Combined Platform

Abstract:

Using ANSYS to carry out finite element analysis of joint of end floor beam and main longitudinal girder in certain compound platform, researching on stress distribution of the joint, and making detailed analysis according to the calculation result of node finite element, the paper finds out the reason for crack of the joint and presents the improved design which enhance the carrying ability of the structure. The calculation result can also provide reference for other similar problems with different section form.