2021
DOI: 10.1177/0731684421990867
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The equivalent method of double V-wing honeycombs on the in-plane dynamic impact

Abstract: The double V-wing honeycomb can be applied in many fields because of its lower mass and higher performance. In this study, the volume, in-plane elastic modulus and unit cell area of the double V-wing honeycomb were analytically derived, which became parts of the theoretical basis of the novel equivalent method. Based on mass, plateau load, in-plane elastic modulus, compression strain and energy absorption of the double V-wing honeycomb, a novel equivalent method mapping relationship between the thickness–width… Show more

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Cited by 6 publications
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References 47 publications
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