Creep Properties and Recoverability of Double-wall Corrugated Paperboard

Guo, Yanfeng; Fu, Yungang; Zhang, W.

doi:10.1007/s11340-007-9097-x

Cited by 10 publications

(9 citation statements)

References 4 publications

(4 reference statements)

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“…29 Several researchers have investigated the so-called creep deformation of corrugated board and its components under constant load. [30][31][32][33][34][35][36][37][38][39][40][41] The studies concluded that cyclical changes in humidity generally cause higher creep rates than holding humidity constant. Other studies showed that the creep deformation has three stages: primary, secondary and tertiary (see Figure 2).…”

Section: Introductionmentioning

confidence: 99%

Creep behaviour of day‐old chicken corrugated paperboard packaging under different uniaxial compression loads—An experimental study

Fehér,

Pidl,

Böröcz

2023

Packag Technol Sci

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One of the most important elements for animal transportation is the packaging that ensures the safety and health of the transit. During the transport of live small animals, such as day‐old chickens, the animals may only stay in the boxes for a very limited period, in this case, 48 h. Therefore, it is important to be able to model the strength behaviour of these boxes concerning packaging material requirements and sustainability. The aim of this study was to determine the short‐ and relatively long‐term strength of day‐old chicken packages to better estimate packaging design and to use these data to establish an analytical creep model with suitable parameters that adequately approximate the measured data. Two types of packages were tested, and two types of creep models were used to model the creep strain‐time graphs. The creep behaviour of the two samples was tested at four different uniaxial load cases, with consistent environmental conditions during the tests (23°C and 50% relative humidity [RH]). At the two highest loads, both samples failed before the 48‐h cycle, indicating a significant difference in box strength between short‐term and long‐term load tests. The secondary creep strain rate increases with the magnitude of the compressive load. When comparing the two creep models for both box types, the Power law provided the best accuracy at the 50% of box compression test (BCT) load case, while at the other three load cases, the Andrade law showed better predictions.

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Section: Introductionmentioning

confidence: 99%

Creep behaviour of day‐old chicken corrugated paperboard packaging under different uniaxial compression loads—An experimental study

Fehér,

Pidl,

Böröcz

2023

Packag Technol Sci

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“…Corrugated paperboard as a sandwich structure, being lightweight, high stiffness‐to‐weight ratio, environmentally friendly, and economic advantage, is mainly used to make corrugated box and widely used in transport packaging. A great deal of theoretical and experimental studies has been done to investigate the mechanical properties of corrugated paperboard, such as compressive strength and crush strength, bending defection and flexural stiffness, creasing behaviour, creep property and recoverability, cushioning property, vibration transmissibility, and energy absorption properties . The finite element method simulation was applied to study mechanical behaviours such as stability and collapse of corrugated board panels, elastic behaviour of corrugated paperboard, predictions for the ultimate failure, and buckling and transverse shear .…”

Section: Introductionmentioning

confidence: 99%

Experimental investigation on bending fatigue failure of corrugated paperboard

Wang

Sun

2018

Packag Technol Sci

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A series of 3‐point bending fatigue tests were conducted to investigate the bending fatigue behaviour of flute type B and C corrugated paperboard samples under cyclic loading. The S‐N curve was obtained. The fatigue failure of corrugated paperboard may be described by both Basquin‐type and exponential‐type S‐N curves; however, the exponential‐type S‐N curve is more appropriate. The stiffness is gradually degraded with almost same energy dissipation in most stress cycles, but it decreases abruptly with the enlarged energy dissipation when the testing cycle is very close to the ultimate cycles of fatigue failure. The corrugated board deforms constantly under the action of cyclic loading, and no visible crack appears. The fatigue failure modes and mechanisms are same for the corrugated boards with B‐flute and C‐flute; however, the S‐N curve of corrugated board is closely related to the flute structure. The results obtained in this paper may be applied to the dynamic design and accelerated vibration test of stacked corrugated boxes.

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“…Angle, channel, and flat are basic form of MLCS, and these components could be modified for various purpose. Various researches for the single-wall (SW) and doublewall (DW) corrugated fiberboard have been performed domestically and internationally (Guo and Zhang, 2008;Park et al, 2011;Sek and Kirkpatrick, 1997). As the public became more aware of environmental problems.…”

Section: Introductionmentioning

confidence: 99%

Analysis and Modelling of Vibration Performance for Multi-layered Corrugated Structure

Kim

Sim

Park

et al. 2013

Journal of Biosystems Engineering

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The purpose of this study was to analyze for resonant frequency, vibration transmissibility and damping ratio of multi-layered corrugated structures using a random vibration test. Methods: The random vibration test was performed by the ASTM D4728 specifications using two paperboards (S120, K180) and two types of flutes (A/F, B/F). Damping ratio of the multi-layered corrugated structures was estimated using a theoretical equation derived from the measured resonant frequency and transmissibility. Results: The resonant frequency and vibration transmissibility of the multi-layered corrugated structures of K180 and B-flute were higher than those of S120 and A-flute, respectively; however, the damping ratio of each sample had the opposite tendency. The resonant frequency was inversely proportional to the sample thickness and static stress; vibration transmissibility and damping ratio were not correlated with sample thickness and static stress. In addition, we developed a mathematical model of the resonant frequency with variables of sample thickness and static stress. Conclusions: Results of this study can be useful for environment-friendly and optimal packaging design since vibration has been a key factor in cushioning packaging design.

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Creep Properties and Recoverability of Double-wall Corrugated Paperboard

Cited by 10 publications

References 4 publications

Creep behaviour of day‐old chicken corrugated paperboard packaging under different uniaxial compression loads—An experimental study

Creep behaviour of day‐old chicken corrugated paperboard packaging under different uniaxial compression loads—An experimental study

Experimental investigation on bending fatigue failure of corrugated paperboard

Analysis and Modelling of Vibration Performance for Multi-layered Corrugated Structure

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