The most important application of paper and paperboard is in corrugated paperboard packages [11, 12]. Corrugated paperboard is inexpensive and lightweight, having a high strength–to–weight and stiffness–to–weight ratios, making the material the best choice for the manufacturing of packages for the transportation of products [13].

2018年10月1日 · The edge compression resistance measures the ability of a vertically placed corrugated paperboard to sustain top-to-bottom load and helps to evaluate the in-plane compression strength of the corrugated paperboard.

Corrugated paperboard is the final product of laminating paperboard layers (two or more) using a conversion process. The outer layers are known as the liners and the corrugated core is known as fluting (Fadiji et al., 2018a; Harrysson & Ristinmaa, 2008).

By far the largest application of paperboard is the fabrication of corrugated fiberboard, which is a structured composite material combining linerboard, corrugating medium, and adhesive (usually starch-based).

2023年4月25日 · The present paper through a set of application examples, combined with some experimental results, presents a general overview of FEM application to corme-a ted paperboard industry focussed on paperboard selection and package performance in relation to box compressive strength and bottom sag in paperboard trays for agricultural products..

2018年7月1日 · Corrugated paperboard is the primary material used in the transportation, distribution and storage of many products, particularly horticultural produce. Corrugated paperboard packages provide protection to packed produce against mechanical loadings at all phases of distribution.

By applying FEA to structure analysis of corrugated paperboard, it was possible to simulate geometric nonlinearity (large deformation), material nonlinearity (plasticity), and stiffness properties of different structures of corrugated paperboard, which was agreed well with experimental results [8,10,11]. Several researchers have applied FEA to ...

2018年10月1日 · Advances in numerical techniques such as finite element analysis (FEA) offer new prospects and opportunities for replacing tedious, time-consuming and expensive experiments to improve the performance of corrugated paperboard packaging.

Corrugated paperboard is an orthotropic sandwich structure defined by the two surface pliers known as liners, separated by a lightweight corrugated core known as fluting (Fig. 1) (Navaranjan & Johnson, 2006; Nordstrand, 1995). The liners provide bending stiffness to the board while the fluting pro-vides shear stiffness (Dongmei, 2009).

2023年3月15日 · This method can be used in the packaging industry to determine the mechanical properties of corrugated boxes. This study aims to create and validate a numerical model to predict the compression force of corrugated cardboard boxes by considering the influence of different cutout configurations of sidewalls.