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  4. Dynamic material properties of a closed-cell polyethylene foam
 
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1990
Conference Paper
Title

Dynamic material properties of a closed-cell polyethylene foam

Abstract
With today's high standards of technology, transportation stresses can be almost completely described so that certain conclusions for the packaging container can be drawn. But an optimized, cost-efficient container is only possible, if the material behaviour and the environment of the packaging material used are known /1/. Foams belong to the most important class of packaging materials. Their dynamic behaviour is usually qualified by empirical property-values which are not suitable for the construction of packing containers, but present only approximate values. In the context of this paper, it is shown how dynamic mechanical behaviour of a closed-cell foam can be experimentally determined. The obtained results are explained and discussed.
Author(s)
Weber, H.
Geißler, A.
Mainwork
A Glimpse into the 21st Century. Proceedings  
Conference
Institute of Environmental Sciences (Annual Technical Meeting) 1990  
Language
English
Fraunhofer-Institut für Chemische Technologie ICT  
Keyword(s)
  • closed-cell foam

  • container

  • cushioning material

  • deformation vibration

  • dynamic behaviour

  • elastic modulus

  • packaging material

  • polyethylene

  • shear modulus

  • stress

  • transportation

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