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Evaluating packaging performance for bananas under simulated vibration


Fernando, I and Fei, J and Stanley, R and Rouillard, V, Evaluating packaging performance for bananas under simulated vibration, Food Packaging and Shelf Life, 23 Article 100428. ISSN 2214-2894 (2020) [Refereed Article]

Copyright Statement

2019 Elsevier Ltd. All rights reserved.

DOI: doi:10.1016/j.fpsl.2019.100428


Packaging is the primary protection of fresh produce against the environmental hazards such as vibration in the distribution process. This study evaluated the effectiveness of two types of corrugated paperboard packaging, reusable plastic creates (RPC) and vacuum tightening for their protective performance in reducing damage of bananas under simulated transport vibration. Both vibration transmissibility and the construction material of packaging influenced the mechanical damage levels in bananas with the RPCs showing the highest damage levels. The best protective performance for bananas was exhibited by one-piece corrugated paperboard cartons with additional benefits of reduced vibration transmissibility at the top-tiers. Vacuum tightening effectively reduced the vibration damage, especially in the most bottom and top tier packages, by over 70% and thus, can be considered for further reducing mechanical damage to bananas. One-piece cartons, with the possible addition of vacuum tightening or tensioned plastic wrapping, could therefore substitute the widely used two-piece carton in Australia in order to minimize mechanical damage to bananas in-transit.

Item Details

Item Type:Refereed Article
Keywords:mMechanical damage, vibration, simulation, packaging, transmissibility, RPC, banana
Research Division:Commerce, Management, Tourism and Services
Research Group:Transportation, logistics and supply chains
Research Field:Logistics
Objective Division:Transport
Objective Group:Ground transport
Objective Field:Road freight
UTAS Author:Fernando, I (Mr Indika Fernando)
UTAS Author:Fei, J (Associate Professor Jiangang Fei)
UTAS Author:Stanley, R (Professor Roger Stanley)
ID Code:136096
Year Published:2020
Funding Support:Australian Research Council (IC140100024)
Web of Science® Times Cited:12
Deposited By:Maritime and Logistics Management
Deposited On:2019-11-29
Last Modified:2020-02-27

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