Corrugated board containers design methods

Biancolini, Marco Evangelos; Brutti, C.; Porziani, Stefano

doi:10.1504/ijcmsse.2010.033150

Cited by 29 publications

(32 citation statements)

References 22 publications

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“…Finite element (FE) modelling of corrugated fiberboard has been an area of extensive research . Equivalent material models of corrugated fiberboard using a homogenisation approach were developed by Biancolini et al in their FE models of corrugated fiberboard panels and boxes with flaps. They model box creases by geometric modification of nodes around the folding lines .…”

Section: Introductionmentioning

confidence: 99%

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Digital image correlation analysis of vertical strain for corrugated fiberboard box panel in compression

et al. 2019

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This work was aimed at examining the overall contributions to displacement of panels of compressed boxes, such as panel compression strain and flap and crease displacements. 3D digital image correlation (DIC) was used to analyse motion of side panels of corrugated fiberboard regular slotted containers. The vertical displacement and the vertical component of strain of the panel face during box compression test were examined. Measuring displacements of the whole compressed box with DIC enables measurement of the in‐plane compression of a panel in isolation from the horizontal fold or crease zone displacement, without having to test tube sections of the box to infer or extract the in‐plane panel compression behaviour. Detailed study of two box designs in three representative test cases was presented, which in future could be extended to other box designs. At peak load, the in‐plane compression of the panels, calculated from the average vertical component of the strain along the right edge of the long panel of the box, was 3% to 6% of total crosshead displacement for the test cases. At peak load, the portion of the box compression associated with bottom box flaps or crease zone crushing was 48% to 59% of total crosshead displacement for the different cases. The analysis showed that the majority of the vertical displacement of the box occurred in the top and bottom creased folds and that these folds are responsible for the low apparent in‐plane stiffness of a box.

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Section: Introductionmentioning

confidence: 99%

“…They model box creases by geometric modification of nodes around the folding lines . The eigenvalue buckling load and ultimate compression load from nonlinear static analyses is reported for the box models, without comparing model and experimental deformations.…”

Section: Introductionmentioning

confidence: 99%

Digital image correlation analysis of vertical strain for corrugated fiberboard box panel in compression

et al. 2019

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“…Corrugated paperboard strength is an important requirement to protect produce against damage during storage and transport [5,6]. Box compression strength (BCT) constitutes a general measure of the performance potential of a corrugated board package [7].…”

Section: Introductionmentioning

confidence: 99%

Experimental investigation of compression strength of ventilated corrugated citrus packaging

Pathare¹,

Berry²,

Opara³

2017

Packaging Research

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Ventilated corrugated paperboard packaging is the most widely type of packaging used in postharvest handling and transportation of fresh horticultural produce, during which the package may be exposed to different environmental conditions. Ventilated packages should be designed in such a way that they can provide uniform airflow distribution without compromising mechanical integrity. This study investigated the effects of different storage conditions (−0.5 ∘ C at 90% RH; 4 ∘ C at 90% RH, 10 ∘ C at 90% RH) on the mechanical performance of two types of ventilated packaging ['Supervent' (4.7% vent area) and 'Standard' (3.1% vent area)] used for handling citrus fruit. The effects of storage condition on moisture content of package was also studied. Standard packaging showed higher compression strength than supervent packaging, presumably due to less vent area on the package. Maximum compressive strength reduction was found at storage temperature 4 ∘ C for both packages. The compressive strength of both packages decreased with increase in moisture content.

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“…Other papers presented results and brief reviews of designing and modeling the stackability of cardboard boxes using a finite element method (FEM) [17][18]. The results of these tests can be applied as input data for decision support models and processes aimed at selecting the right protective packaging system [19].…”

Section: Introductionmentioning

confidence: 99%

Individual Test Rig for Measuring the Creep Behaviour of Corrugated Board for Packaging

Köstner¹,

Ressel²,

Sadlowsky³

et al. 2017

Acta Tech Jaur

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Corrugated board is one of the most important and most popular packaging materials worldwide for transporting goods. Due to its hygroscopic behavior, it has a tendency to creep when subjected to stress under a constant load, which can ultimately result in loss of strength, with possible damage to products. The creep behavior of corrugated board is still a largely underresearched area. This paper attempts to examine the long-term behavior of corrugated board during use more precisely than before, and presents the first step and results of the research process. For the measurement, a compact and high-precision individual test rig was developed and used, in order to reduce the side effect of coupled systems, that is, to avoid their mutual influence. This paper successfully presents results reproducible with the described test rig apparatus for determining the creep behavior of corrugated board. It will be continued to publish further results of the research in the near future.

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Corrugated board containers design methods

Cited by 29 publications

References 22 publications

Digital image correlation analysis of vertical strain for corrugated fiberboard box panel in compression

Digital image correlation analysis of vertical strain for corrugated fiberboard box panel in compression

Experimental investigation of compression strength of ventilated corrugated citrus packaging

Individual Test Rig for Measuring the Creep Behaviour of Corrugated Board for Packaging

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