Research on the Equivalent Mechanical Parameters for the Honeycomb Core Based on the Y Element

Zong Bai Deng; Jin Sen Zhao; Lan Jiang

doi:10.4028/www.scientific.net/AMR.594-597.672

Paper Titles

Seismic Behavior of Reinforced Concrete Core Wall under Different Span-Depth Ratio of Coupling Beam
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Mechanics Simulation and Analysis of the Main Palaestra of the World University Games during the Unloading Process
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3D Continuum Model for Nonlinear Dynamic Analysis of Wall-Frame Structures with Uniform Stiffness and Yield Strength
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Stress Analysis of Grain Steel Silo with Hole
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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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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 594-597Research on the Equivalent Mechanical Parameters...

Research on the Equivalent Mechanical Parameters for the Honeycomb Core Based on the Y Element

Abstract:

There are several models proposed by researchers that try to explain the equivalent mechanical parameters Ex, Ey, Gxy for the honeycomb core, but every method has different assumptions about deformation in equivalent mechanical parameters, they are not built on the same model and have some problems. This paper presented a new equivalent Y model firstly which considers the axial deformation and obtained the conclusion that regular hexagon honeycomb core has the properties of isotropy. This research successfully resolves the problems which existed in other models. It is giving the theoretical base for the analysis of the honeycomb structure.