Geißler, A.A.GeißlerWeber, H.H.Weber2022-03-082022-03-081990https://publica.fraunhofer.de/handle/publica/317454With 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, costeffective container can only be produced if the material behaviour and the environment of the packaging material used are known. Foams belong to the most important class of packaging materials. Their dynamic behaviour is usually qualified empirically by properties which are not suitable for engineering analysis of packaging con-tainers, but represent only quality control values. In the context of this paper, it is shown how dynamic mechanical behaviour of a closed-cell PE-foam can be experimentally determined for use in engeneering analysis.enclosed-cell foamcontainercushioning materialdeformation vibrationdynamic behaviourelastic modulusmechanical behaviourpackaging materialpolyethylenshear modulusstresstransportation660conference paper