2007Jiangnan daxue xuebao. Ziran kexue banRequires access

Effect of Fatigue Compression on the Properties of Corrugated Fiberboard

Lixin Lu

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Abstract

The fatigue compressing test of corrugated fiberboard was conducted.The effects of the compression magnitude,compression frequency and number of compression on the plasticity deformation,bearing capacity and cushioning coefficient of corrugated fiberboard were determined,compared with non-compressed corrugated fiberboard.The results showed that the dynamic properties of corrugated fiberboard are descended with the variable fatigue compressing conditions.The influence of fatigue on the properties of cushion material should be considered to meet the anticipated cushioning effect.

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The fatigue compressing test of corrugated fiberboard was conducted.The effects of the compression magnitude,compression frequency and number of compression on the plasticity deformation,bearing capacity and cushioning coefficient of corrugated fiberboard were determined,compared with non-compressed corrugated fiberboard.The results showed that the dynamic properties of corrugated fiberboard are descended with the variable fatigue compressing conditions.The influence of fatigue on the properties of cushion material should be considered to meet the anticipated cushioning effect.

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Available abstract

The fatigue compressing test of corrugated fiberboard was conducted.The effects of the compression magnitude,compression frequency and number of compression on the plasticity deformation,bearing capacity and cushioning coefficient of corrugated fiberboard were determined,compared with non-compressed corrugated fiberboard.The results showed that the dynamic properties of corrugated fiberboard are descended with the variable fatigue compressing conditions.The influence of fatigue on the properties of cushion material should be considered to meet the anticipated cushioning effect.

Key concepts: Cushioning, Corrugated fiberboard, Cushion, Fiberboard, Materials science, Compression (physics), Composite material, Deformation (meteorology)

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