montanuniversitaet leoben

Transcription

10/03/2015
Polymer Engineering and Science
at Montanuniversitaet Leoben
Prof. Dr. Gerald Pinter
Otto Glöckel-Straße 2, A-8700 Leoben, Tel.: +43 3842 402 2101
wpk@unileoben.ac.at
www.kunststofftechnik.at
Studying at
MONTANUNIVERSITAET LEOBEN
Kunststofftechnik an der Montanuniversität Leoben
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10/03/2015
Where to find us?
Vienna
Leoben
http://commons.wikimedia.org/wiki/File:Austria_in_European_Union.svg?uselang=de,
Author: TUBS, License: Creative Commons, Picture adapted
http://de.wikipedia.org/wiki/Datei:Wien_in_Austria.svg
Author: TUBS, License: Creative Commons, Picture adapted
www.pccl.at
Numbers and facts
 About 4500 students
 Approx. 25% female students
highest proportion at a technical university
 Foreign students approx. 15 %
 approx. 300 graduates per year
 approx. 1000 employees
48 Professors
700 scientific workers
(approx. 300 financed by projects)
 Global budget 45 m €
in addition 25 m € from projects
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Austria‘s best university
 Small-scale university
ratio 1:8 (lectures : students)
 Mandatory internships for students
6 months
 Modern campus
excellent research infrastructure
 Close-knit environment
students – professors - industry
 Fundamental research on high level
 Projects with international companies
A technical university with unique study programmes
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University studies
POLYMER ENGINEERING AND
SCIENCE
Master Studies
Specialization, master’s thesis
Degree: Dipl.-Ing. (MSc)
7 semesters
Bachelor Studies
Introduction to subject areas
Degree: Bachelor of Science (BSc)
6‐month internship
3 semesters
Polymer Engineering and Science
1st common study year
The same lectures for all students
(maths, physics, chemistry, IT)
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The 4-pillar Model
From molecule to product
 From molecule
 to material
 via processing
 to components/products/system
The study program in detail
Bachelor studies - 7 semesters
 4 Semesters
general education, mathematics, natural and technical sciences
 3 Semesters
in-depth education in Polymer Engineering & Science
(“4-pillar“ model: chemistry, physics, processing, design)
 supplementary general education in Economics and Business
 Study Project (Bachelor Thesis)  Degree: Bachelor of Science (BSc)
Ph.D. Program
 Dissertation  Degree: Dr.mont
Infobox
Master studies - 3 semesters
 advanced education/specialization in Polymer Engineering & Science
 Master’s Thesis  Degree: Master of Science (MSc)
• Comprehensive education
• Worldwide unique
• Strong cooperation with
industry
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Polymer Engineering and Science Leoben
Partnership with ECUST/Shanghai (CHN)




Exchange program for training master students in Leoben launched in 2011
Selected ECUST bachelor graduates will move to Leoben to perform a Master
Study in Polymer Engineering and Science
Education in German language: Sino-German College of ECUST
Scientific-technical cooperation in preparation
Signing of the agreement on May 16, 2011, in
Leoben: Prof. WU Wei, Dean of Sino-German
College of Technology, Prof. JIAO Jiajun,
Director of International Cooperation and
Exchanges Division, ECUST and Prof. LE
Qinghua, Director of Academic Affairs Division
(ECUST) together with professors of the
University of Leoben
Department
POLYMER ENGINEERING AND
SCIENCE
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New Polymer Centre Leoben
Investments

New Polymer Centre Leoben
home of the Department since April 2010
 Investments
 Building approx. 17 Mio. €
 Interior approx. 2 Mio. €
 4,4 Mio € for new R&D-equipment





1,200,000 € Injection Moulding-Compounder
800,000 € Component testing device
1,000,000 € R&D-Centre for polymer micro- and nanotechnology
1,200,000 € New extruders and injection moulding machines
150,000 € Laboratory equipment
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6 chairs
 Chemistry of Polymeric Materials
 Designing Polymeric and Composite Materials
 Injection Moulding of Polymers
 Materials Science and Testing of Polymers
 Polymer Processing
 Processing of Composites
Prof. Clemens Holzer
Prof. Gerald Pinter
Prof. Walter Friesenbichler
Prof. Clara Schuecker
Wolfgang Kern
Chemie der Kunststoffe
Prof. Ralf Schledjewski
Prof. Wolfgang Kern
6 professors
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Polymer Competence Center Leoben
 COMET K1-Center 2010 – 2016
 Center of Excellence
for application-oriented research in the field of
polymeric materials
 Partners in Industry and Academia
Headquarters of PCCL (Leoben, Austria)
Key Figures
Sponsors:
CEO:
Martin Payer
CSO:
Wolfgang Kern
Legal form:
GmbH
R&D projects: 35
Patents:
15
Department Polymer Engineering and
Science
 More than 45 years of success
 More than 700 graduates
 Currently 25 graduates per year
 More than 200 employees (incl. PCCL)
Research budget > 14 m€
 Science and applied R&D
in cooperation with companies
 Projects
Hundreds of big (e.g. EC-projects) and small projects
 More than 600 publications within
the last 5 years
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Selection of scientific partners (international)

Academy of Sciences Brno (CZ)
Institute of Physics of Materials (Prof. Z. Knesl, Prof. P. Hutar)

Imperial College London (GB)
Department of Mech. Eng. (Prof. G. Williams, Dr. B. Blackman, Dr. P. Leevers)

Korea University Seoul (ROK)
School of Mechanical Engineering (Prof. B.-H. Choi)

National Research and Development Institute for Textiles and Leather (Ro)
Leather and Footwear Research Institute (Dr. M.D. Stelescu)

Paul Scherrer Institut, Villigen (CH)
Laboratory for Micro- and Nanotechnology (Prof. J. Gobrecht)

Technical University Munich (D)
Chair Carbon Composites (Prof. K. Drechsler)

Univ. of Illinois at Chicago (USA)
Fracture Mechanics and Materials Durability Laboratory (Prof. A. Chudnovsky)

University of Zagreb (HR)
Chair of Polymer Processing (Prof. M. Sercer)
Selection of industry partners

Anton Paar GmbH (Graz, A)

Arburg GmbH + CoKG (Lossburg, D)

Battenfeld Cinncinati Austria GmbH (Vienna, A)

ContiTech Industrial Rubber Kft (Szeged, H)

Dow Europe GmbH (Horgen, CH)

Engel Austria GmbH (Schwertberg, A)

FACC AG (Ried i. Innkreis, A)

Huber + Suhner AG (Pfaeffikon, CH)

OMV Exploration & Production GmbH (Vienna, A)

Semperit Technische Produkte GmbH. (Wimpassing, A)

SKF Economos Austria GmbH (Judenburg, A)

Sony DADC (Salzburg, A)

TOHO Tenax Europe GmbH (Wuppertal, D)

Wacker Chemie AG (Burghausen, D)

Wittmann Battenfeld (Kottingbrunn, A)
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Research focus
DEPARTMENT
Chemistry of Polymeric Materials
Production of Polymers in lab scale
Modification and
Functionalization
 Synthesis
 New polymer structures
 Polymers with special
Physical‐Chemical Characterization
 Structure/Property at properties
molecular scale
F1s
10000
N(E)
8000
6000
4000
O1sF
F
OAuger
F F F F F F
Si O3
F
F F F F F F F F
FAuger
F F F F F F
F
F
F
F F F F F F F F
SiOx
Si O3
C
C1s, F 1s,H Si Si2p
2s
2000
F2s
0
1000 900 800 700 600 500 400 300 200 100
O2s
0
binding energy [eV]
Scientific Focus
Reactions at polymers
under UV‐Light Chemistry at surfaces and
interfaces
Organic and Anorganic
Hybrides & Composites www.kunststofftechnik.at
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Process development for the production
of bio-compatible Polymer products
Non allergenic
and skin‐
friendly NR‐
Latex products
Christian‐Doppler Laboratory for
Functional and Polymer Based Inkjet Inks
Designing polymers and composite
materials
• Design and construction of components from
polymers and composites
• Material specific design and construction
• Exploitation of anisotropic material properties
• Consideration of recycling and sustainability in
design and construction
• Component lifetime assessment
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Processing of Polymers
 Injection molding
 Intelligent tools
 Microstructured components
(medicine)
Microfluidic Chip (e.g. analysis of tumor cells)
Source: Sony DADC Austria
 Simulation
 Extrusion
 Polymer paper based on
renewable ressources
highly filled
foamed
 Foaming
 Screw design
 Simulation
highly filled
Layer structure of polymer paper
(PLA based)
Processing of Polymers
 Compounding
 Development of new materials
 Halogen free flame retardants
Burning test of PP
without (left) and
with layered silikates
(right)
 Active food packaging
 Improved mechanical properties
 Material data
 Process near measuring methods
 Data for simulation (injection
moulding, extrusion)
 Failure analysis (resulting from
inadequate processing)
Heat conductivity of PP
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Injection Moulding of Polymers
 Process optimization
 Standard process, 2 component injection
moulding, compression injection moulding,
liquid-silicon injection moulding, elastomers
 Component optimization
 Wall thickness, gate,
shrinkage, warpage
 Software tools
 Autodesk Moldflow Insight
 Cadmould
 SIGMASOFT
Processing of composites
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Material Science and Testing of Polymers
• Development of new polymers and optimization of
existing polymers
• Establishment of new and accelerated testing
methods for polymers
• Material models for polymers proving the reliability of
polymers under service conditions
Research methodology
Test
Structure
Reliability
Model
of Polymers
Component
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Basis for successful products
Processing
Product
Material
Design Construction
Cooperation
Thank you very much for your attention
Do not hesitate – Contact us anytime!
Contact
kunststofftechnik@unileoben.ac.at
Montanuniversitaet Leoben, Department Polymer Engineering and Science
Otto Glöckel-Straße 2, 8700 Leoben, Austria
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montanuniversitaet leoben

Transcription

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