Characterization and Simulation of the Deformation Behaviour of Elastomer Particle filled Polypropylene Compounds

Ermei Wang

Characterization and Simulation of the Deformation Behaviour of Elastomer Particle filled Polypropylene Compounds

Ermei Wang

Chair of Materials Science and Testing of Polymers (210)

Research output: Thesis › Master's Thesis

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Abstract

In this thesis the monotonic and dynamic mechanical deformation behaviour of polypropylenes, that are filled with 3.5 % by volume and 7 % by volume polyethylene-octene-elastomer, has been investigated. In addition, light microscopy and transmission electron microscopy have been performed on the two compounds for morphological study. Material parameters for elastic, hyperelastic and viscoelastic material laws were determined. Based on the experiments on the constituents (polypropylene and polyethylene octene-elastomer), micromechanics based simulations of the mechanical behaviour of the compounds have been carried out and compared with the experimental results.

Translated title of the contribution	Charakterisierung und Simulation des Deformationsverhaltens von Elastomer Partikel gefüllten Polypropylenen
Original language	English
Qualification	Dipl.-Ing.
Awarding Institution	Montanuniversität
Supervisors/Advisors	Major, Zoltan, Supervisor (internal)
Award date	19 Dec 2008
Publication status	Published - 2008

Bibliographical note

embargoed until null

Keywords

Elastomer PP Simulation

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Cite this

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title = "Characterization and Simulation of the Deformation Behaviour of Elastomer Particle filled Polypropylene Compounds",

abstract = "In this thesis the monotonic and dynamic mechanical deformation behaviour of polypropylenes, that are filled with 3.5 % by volume and 7 % by volume polyethylene-octene-elastomer, has been investigated. In addition, light microscopy and transmission electron microscopy have been performed on the two compounds for morphological study. Material parameters for elastic, hyperelastic and viscoelastic material laws were determined. Based on the experiments on the constituents (polypropylene and polyethylene octene-elastomer), micromechanics based simulations of the mechanical behaviour of the compounds have been carried out and compared with the experimental results.",

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AU - Wang, Ermei

N1 - embargoed until null

PY - 2008

Y1 - 2008

N2 - In this thesis the monotonic and dynamic mechanical deformation behaviour of polypropylenes, that are filled with 3.5 % by volume and 7 % by volume polyethylene-octene-elastomer, has been investigated. In addition, light microscopy and transmission electron microscopy have been performed on the two compounds for morphological study. Material parameters for elastic, hyperelastic and viscoelastic material laws were determined. Based on the experiments on the constituents (polypropylene and polyethylene octene-elastomer), micromechanics based simulations of the mechanical behaviour of the compounds have been carried out and compared with the experimental results.

AB - In this thesis the monotonic and dynamic mechanical deformation behaviour of polypropylenes, that are filled with 3.5 % by volume and 7 % by volume polyethylene-octene-elastomer, has been investigated. In addition, light microscopy and transmission electron microscopy have been performed on the two compounds for morphological study. Material parameters for elastic, hyperelastic and viscoelastic material laws were determined. Based on the experiments on the constituents (polypropylene and polyethylene octene-elastomer), micromechanics based simulations of the mechanical behaviour of the compounds have been carried out and compared with the experimental results.

KW - Elastomer PP Simulation

M3 - Master's Thesis

ER -