CUED Publications database

Mechanical behaviour of phenolic coated Finnish birch plywood with simulated service damage

Galos, J and Sutcliffe, M and Newaz, G (2016) Mechanical behaviour of phenolic coated Finnish birch plywood with simulated service damage. Wood Material Science & Engineering. pp. 1-9.

Full text not available from this repository.


This paper investigates the mechanical behaviour of Finnish birch ($\textit{Betula pendula}$ and $\textit{Betula pubescens}$) plywood commonly used in road freight trailer decking. A series of tests have been performed to characterize the mechanical performance of the material and the effect of in-service damage that is likely to occur when the material is used in this application. Moisture damage, indentation damage, and abrasive wear are all recreated in the laboratory and the severity of each is assessed. In particular, the effect of indentation damage on flexural properties is compared against the effect of moisture damage. It is found that while indentation damage can often appear more severe during a visual inspection, it generally has a lesser effect on flexural stiffness and strength compared to moisture damage. While the effect of moisture damage on flexural properties is well documented, the effect of indentation damage is previously less well understood. Both indentation damage and moisture damage significantly increase variance in flexural stiffness, but not flexural strength. This work provides a practical insight into whether damaged road freight trailer decking can still withstand in-service loadings. It also provides a benchmark for the performance of novel deck systems such as composite sandwich panels and glass-fibre pultrusions.

Item Type: Article
Uncontrolled Keywords: $\textit{Betula pendula}$ $\textit{Betula pubescens}$ phenolic coated birch plywood damage characterization flexural testing bending strength
Divisions: Div C > Biomechanics
Div C > Applied Mechanics
Depositing User: Cron Job
Date Deposited: 17 Jul 2017 19:55
Last Modified: 17 May 2018 06:52