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Research
and Development
In cooperation with the Laboratory for Plastics Technology
(LKT Ges.m.b.H.) and the Technical University Vienna we are engaged in
a large number of research projects in the field of plastics
technology. These projects are sponsored by companies as well as by the
FFF, FWF and the EU.
For enquiries concernig research and development please contact Heinz Dragaun, Heinz Muschik or Thomas Kratochvilla.
Actuall
Research projects
- Influences of
non-conventional pipe laying (no sandbed/no dig) on the service life of
polyethylene (PE) pipelines
(partners: DVGW, kiwa Gastec, SKZ, HESSEL Ingenieurtechnik GmbH, et. al)
- Download: talk "Ansatz,
Ziel und Programm des
DVGW-Forschungsvorhabens >Nichtkonventionelle Rohrverlegung<",
Prof. Dr. H. Dragaun, Wiesbadener Kunststoffrohrtage 2005-05 (only german)
(414 KB) poster (217KB)
- RCP
fracture surface analysis: Kratochvilla T.R., Gaitzenauer
A., Muschik H., Dragaun H.;
8th Austrian Polymer Meeting, Linz (2006)
(70KB) poster (222KB)
- Evaluation of comparative
measurements of FNCT/2NCT on PE100 (only german)
(779KB)
- Morphological
and structural effects on slow crack growth in PE-pipes:
Kratochvilla T.R., Muschik H., Dragaun H.;
Plastics Pipes XIII, Washington DC (2006)
(1.030
KB) poster (864 KB)
- Determination
of slow crack growth with media-tensile creep tests: Influencing
parameters and comparability:
Kratochvilla T.R., Dragaun H., Muschik H.;
7th Austrian Polymer Meeting, Graz (2005)
(679
KB)
- Investigation of rapid
and slow crack propagation of U-liner pipes
(partner: Wien-Energie)
- Development of plastic
barriers for show jumping
(partner: Department of Material Engineering at the TGM-Vienna)
Materials
Formulizing
of new standards
Deveolpment of polymerblends
FEM-analysis
Computer-aided configuration of construction data
Welding and bonding methods
Techniques
Compounding
Extrusion and rheology
Injection moulding
EXCAM – process control
Online quality assessment
Feasibility studies
Environmental engineering
Efforts to establish and realise economic and ecologic solutions
with optimum effects.
Factual and numerical definition of environmental effects (Bench-Marks) |