Characterization of polyurethane rubber at high deformation rates
Polyurethane rubber materials have widespread usage in large-deformation energy
absorption and dissipation applications. Accurate design modeling with these materials …
absorption and dissipation applications. Accurate design modeling with these materials …
Compressive properties of a new metal–polymer hybrid material
DRA Cluff, S Esmaeili - Journal of materials science, 2009 - Springer
Compressive properties of a new hybrid material, fabricated through filling of an aluminum
foam with a thermoplastic polymer, are investigated. Static (0.01 s− 1) and dynamic (100 s …
foam with a thermoplastic polymer, are investigated. Static (0.01 s− 1) and dynamic (100 s …
Deformation mechanics of a non-linear hyper-viscoelastic porous material, part I: testing and constitutive modeling of non-porous polychloroprene
C Salisbury, D Cronin, FS Lien - Journal of Dynamic Behavior of Materials, 2015 - Springer
Solid and foamed polymeric materials demonstrate a significant increase in stiffness with
increasing deformation rate, and existing hyper-viscoelastic constitutive formulations are …
increasing deformation rate, and existing hyper-viscoelastic constitutive formulations are …
[PDF][PDF] Experimental and numerical modelling of a mannequin for the assessment of blast incapacitation and lethality under blast loading
A Bouamoul, K Williams, H Lévesque - Proceedings of the 23rd …, 2007 - ciar.org
There are multiple test methodologies currently in use to assess the performance of current
and novel protective equipment and to investigate the thoracic injuries caused by blast …
and novel protective equipment and to investigate the thoracic injuries caused by blast …
Dynamic response analysis of thermoplastic polyurethane
The proper modeling of the strain-rate dependence of rubber-like polymers is of high
importance in energy-absorbing systems design. There are several possibilities for …
importance in energy-absorbing systems design. There are several possibilities for …
On the deformation mechanics of hyperelastic porous materials
C Salisbury - 2011 - uwspace.uwaterloo.ca
The understanding of the deformation mechanics within porous structures is an important
field of study as these materials exist in nature as well as can be manufactured industrially …
field of study as these materials exist in nature as well as can be manufactured industrially …
Fabrication of a new model hybrid material and comparative studies of its mechanical properties
DRA Cluff - 2007 - uwspace.uwaterloo.ca
A novel aluminum foam-polymer hybrid material was developed by filling a 10 pore per inch
(0.39 pores per millimeter), 7% relative density Duocel® open-cell aluminum foam with a …
(0.39 pores per millimeter), 7% relative density Duocel® open-cell aluminum foam with a …
[PDF][PDF] Analisi della risposta dinamica di poliuretani termoplastici
V Fontanari, M Avalle, M Peroni, F Dalla Torre… - Atti XXXIX Congresso …, 2010 - core.ac.uk
Nell'ambito della progettazione di dispositivi shock-absorber basati sull'impiego di materiali
polimerici, è di fondamentale importanza rappresentare accuratamente la dipendenza del …
polimerici, è di fondamentale importanza rappresentare accuratamente la dipendenza del …