Trial Manufacture of Bionic Honeycomb Plates and their Bending Properties

Cheng Long Gu; Cheng Lin He; Jian Xun Liu; Jin Xiang Chen

doi:10.4028/www.scientific.net/AMM.461.101

Paper Titles

Multi-Functional Optimization of Sandwich Panel with Bio-Inspired Lightweight Structure Cores
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Structural Integrity Analysis of Hole Shape and Location in Lotus Root
p.81

Study on Design of Metallic Sandwish Structure and its Mechanical and Thermal Properties
p.85

The Research on Noise Reduction Device Based on Micropore Structure of Honeycomb
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Trial Manufacture of Bionic Honeycomb Plates and their Bending Properties
p.101

Reconstruction of Geometrical Structure of Claw of Mole Rat (Scaptochirus moschatus) and Finite Element Analysis of Claw against Soil
p.108

Simulation and Analysis of Butterfly-Inspired Eclosion Deployable Structure
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The Bearing Capacity and the Rational Loading Mode of Pigeon during Takeoff
p.122

Biomimetic Studies of the Beetle Forewing in China
p.128

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 461Trial Manufacture of Bionic Honeycomb Plates and...

Trial Manufacture of Bionic Honeycomb Plates and their Bending Properties

Abstract:

In order to develop the lightweight composite materials, we developed an integrated manufacturing method. The first trial production of the integrated honeycomb plate was fairly rough. This paper focuses on the trial manufacture of bionic honeycomb plates and discusses their mechanical properties. The conclusions were :1) An edge-sealing bionic integrated honeycomb plate has been provided; 2) some specific cases of improving the integrated manufacturing technology have been studied; and 3) the failure strength in the integrated honeycomb plate is significantly higher than that of the honeycomb plate with the adhesive layer.