Welcome and Opening. Elisabeth Nilsson, President of Jernkontoret.
09.15
00-2
Introduction. Juha Rantanen, CEO of Outokumpu Oyj.
09.30
00-3
Overview of current developments
in steelmaking and continuous casting.
Karl Moerwald, Siemens VAI Metals
Technologies GmbH & Co.
10.00
Coffee
10.30
00-4
Lean and standard grades.
Gaetano Ronchi, IKEA.
11.00
00-5
Stainless steel from
a customer perspective – Challenges for the
future. Juha T Mäkinen, Metso Paper, General
Manager, Procurement.
11.30
00-6
The stainless
steel industry’s response to new challenges:
Grade selection against the background of the alloying
element market.
Alfred Otto, Chairman of the Board
of Euro Inox, ThyssenKrupp Nirosta and Thomas Pauly,
Managing Director, Euro Inox.
12.15-13.30
Lunch
June
10
Session
A01
Corrosion
and Surface Properties 1
13.30
A01-1
Keynote
address: Localized corrosion of stainless
steels – limits and mechanisms. R.
Pettersson, Swerea KIMAB.
14.00
A01-2
Electrochemical
method to evaluate the stainless steel intergranular
corrosion resistance.
V. Matres Serrano and
D. Peña, ACERINOX S.A.
14.20
A01-3
To
be confirmed.
14.40
A01-4
Atmospheric
stress corrosion cracking of austenitic
stainless steels in swimming pool environments.
A. Iversen, Outokumpu Stainless AB, Avesta
Research Centre, T. Prosek, French Corrosion
Institute.
15.00
Coffee
15.20
A01-5
Tribocorrosion
of stainless steel in acid solutions: effect
of latency time and contact area. N. Diomidis,
J.-P. Celis, Katholieke Universiteit Leuven,
MTM, P. Ponthiaux, F. Wenger, Ecole Centrale
Paris, LGPM.
15.40
A01-6
Ultrasonic
testing of clad plates for evaluation of
hydrogen degradation. M. Szwed, K. Lublinska,
G. Wojas, M. Gloc and K. J. Kurzydlowski,
Warsaw University of Technology.
16.00
A01-7
A
tool and methods for predicting pitting
corrosion risk of stainless steels in evaporated
conditions. L. Carpén, P. Pohjanne,
P. Kinnunen, VTT Technical Research Centre
of Finland, A. Sarpola, M. Riihimäki,
J. Rämö, University of Oulu,
T. Hakkarainen, Tero Hakkarainen Consulting.
16.20
A01-8
Comparing
the corrosion resistance of modern manganese
containing stainless steels with standard
ferritic and austenitic grades using the
Avesta multicell. A. Iversen,
Outokumpu Stainless AB, Avesta Research
Centre.
16.40
A01-9
Sensitization
behaviour of manganese alloyed austenitic
stainless steels. S. Hochstrasser-Kurz,
WITg, Institute for Materials System Technique
Thurgau at HTWG, P. Gümpel, HTWG Konstanz,
N. Arlt, ThyssenKrupp Nirosta.
Session
B01
Developments
in Steel Processing
13.30
B01-1
New
high flexible Stainless Steel Process Line
at Bao Steel Shanghai No. 1, PR China. G.M. Shi, BGYG, J. Kempken, and J. Reichel,
SMS Demag.
14.00
B01-2
The
extension of Outokumpu Steckel mill and
its effect on the quality of the hot rolled
material. P. Saxlund, A. Nuortio, M. Niska,
and E. Puukko, Outokumpu Tornio Works.
14.20
B01-3
Status
of automated surface and quality inspection
at Outokumpu Tornio Works. P. Mure, Outokumpu
Tornio Works.
14.40
B01-4
The
use of flameless oxyfuel in stainless steel
production. T. Niemi, Oy AGA Ab, O. Ritzen,
AGA UTAB, J. v. Schéele, Linde AG.
15.00
Coffee
15.20
B01-5
Hydrogen
reduction of stainless steel surface oxides.
Sami Ahonen, Christoph Laumen, Linde
Gas, Sören Wiberg, AGA Gas.
15.40
B01-6
Study
on the layers in the film originating from
the casting powder between steel shell
and mould and associated phenomena in continuous
casting of stainless steel. (RFCS contract
7210-CA-197210). P. Hooli, Tornio Research
Centre, Outokumpu Tornio Works.
16.00
B01-7
To
be confirmed.
16.20
B01-8
Metallurgical
slivers in T304 austenitic stainless steels. C.I. Garcia, M.J. Hua, University
of Pittsburgh, A.J. DeArdo, University
of Pittsburgh & University of Oulu.
16.40
B01-9
Improving
mechanical and physical properties of austenitic
stainless steel by carbon S-phase, produced
by the Kolsterising process. W. Gerritsen,
Bodycote Hardiff BV.
18.30-20.00
Reception
at the City Hall
Session
C01
Modelling,
Microstructure and Properties
13.30
C01-1
Keynote
address: Thermodynamic and kinetic modeling
of stainless steels – past and future
trends. J. Ågren, The Royal Institute
of Technology.
14.00
C01-2
Computational
thermodynamics and computational kinetics
as powerful tools for modelling fabrication
aspects of stainless steels. H. Strandlund,
P. Shi,
Q. Chen, A. Engström, X-G.
Lu, Thermo-Calc Software AB.
14.20
C01-3
Using
genetic algorithm to design new ultra-high
strength stainless steels reinforced by
separate precipitate families. W. Xu, Netherlands
Institute for Metals Research, P. E. J.
Rivera-Díaz-del-Castillo, S. van
der Zwaag, Delft University of Technology.
14.40
C01-4
Modelling
of microstructural evolution at joints
of dissimilar steels. H. Larsson and J. Ågren,
The Royal Institute of Technology.
15:00
Coffee
15.20
C01-5
Modeling
of diffudion in wustite and simulation
of oxidation of iron at 600°C. S. Hallström,
L. Höglund, J. Ågren Department
of Materials Science and Engineering KTH.
15.40
C01-6
First-principles
calculations as a new tool in steel research.
P. A. Korzhavyi, A.V. Ruban, and B. Johansson,The
Royal Institute of Technology.
16.00
C01-7
Recrystallisation
of stainless steels and its effects on
the mechanical properties. R. Kawalla and
G. Goldhahn, TU Bergakademie Freiberg.
16.20
C01-8
An
experimental study of recrystallisation
annealing in martensitic stainless steel
strip by means of EBSD and empirical modelling.
S. Ionescu-Gabor, Sandvik Materials
Technology, Sandvik Bioline, J. Hagström, Swerea
KIMAB, L. Nylöf, Sandvik Materials
Technology, R&D Centre.
16.40
C01-9
Synchrotron
x-rays for structural characterization
of stainless steels. P. Hedström,
Luleå University of Technology, M.
Odén, Linköping University.
June
11
Session
A02
Corrosion
and Surface Properties 2
09.10
A02-10
Influence
of repair grinding on the corrosion resistance
and cleanability of tank containers. T.
Ohligschläger, Tornio Research Centre,
Outokumpu Tornio Works, V. Roiko-Jokela,
R. Alén, University of Jyväskylä,
J. Nenonen, Robogrind Oy.
09.30
A02-11
Wear
and chemical resistance of solgel coatings
on the stainless steel substrate. T. Vuorio,
HAMK University of Applied Sciences, J.
Jaakkola, X.W. Liu, O. Söderberg,
Helsinki University of Technology, M. Kolari,
Millidyne Oy, J. Mannila, J. Nikkola, A.
Mahiout, S-P. Hannula, VTT Technical Research
Centre of Finland.
09.50
A02-12
Soil
resistant and self-cleaning surfaces of
stainless steel with new Sol-gel and ALD
coatings. R. Mahlberg, J. Mannila, J. Nikkola,
J. Koskinen, S.-P. Hannula, A. Mahiout,
VTT Technical Research Centre of Finland,
Advanced Materials, J. Romu, R. Ilola,
Helsinki University of Technology, Laboratory
of Engineering Materials, O. Söderberg,
Helsinki University of Technology, Laboratory
of Material Science.
10.10
A02-13
Corrosion
resistance of TiN PVD intermetallic coatings
on 316L stainless steel in 3.5% and 12% NaCl
solution at 25°C and 70°C.
E. Viyanit, P.
Khumsuk, and K. Wongpinkeaw, National Metal
and Material Technology Center, S. Ouampan,
Suranaree University of Technology.
10.30
Coffee
10.50
A02-14
Characterization
and optimization of the functional properties
of stainless steel surfaces. T.L. Ladwein,
and M. Sorg, Aalen University of Applied
Sciences.
11.10
A02-15
Nanoscale
oxidation of Fe-17Cr by oxygen and water
vapor: chemical composition and morphology
of the surface.
P. Jussila, M. Hirsimäki,
M. Koskela, K. Lahtonen, M. Lampimäki,
and M. Valden, Tampere University of Technology.
11.30
A02-16
A
case study on corrosion of stainless steel
in firewater mains. L. Carpén, VTT
Technical Research Centre of Finland, T.
Ohligschläger, Tornio Research Centre,
Outokumpu Tornio Works.
11.50
A02-17
High
temperature behaviour of 22Cr-5Al stainless
steel in wet air and CO2 atmospheres. A.
Paúl, O.M. Montes, and J.A. Odriozola,
Universidad de Sevilla-CSIC.
12.10
A02-18
Corrosion
resistance of welded stainless steel reinforcements
in concrete. M.J. Correia and M.M. Salta,
Laboratório Nacional de Engenharia
Civil, I.T.E. Fonseca, Faculdade de Ciências
da Universidade de Lisboa.
12.30
Lunch
Session
D02
Applications/Construction
09.00
D02-1
Keynote
address: Stainless steel’s sustainable
advantage in architecture. C. Houska, Consultant
to the Nickel Institute, TMR Consulting.
09.30
D02-2
Advances
in the structural use of stainless steel. L. Gardner, Imperial College London.
09.50
D02-3
Bionic
vault structured materials of stainless
steel for lightweight application and enhanced
heat and mass transfer. F. Mirtsch, Dr. Mirtsch GmbH & TFH
Berlin University of Applied Sciences, S. Mirtsch,
M. Schade, Dr. Mirtsch GmbH, M. Pech, G. Seliger,
Institute of Machine Tools and Factory Management,
TU Berlin.
10.10
D02-4
A
novel view on material selection of stainless
steels by optimising material costs and
product properties. T. Taulavuori, T. Ohligschläger,
and J. Säynäjäkangas, Tornio
Research Centre, Outokumpu Tornio Works.
10.30
Coffee
10.50
D02-5
Design
against brittle failure for stainless steels
in the European pressure vessel code EN 13445.
R. Sandström, The Royal Institute of
Technology, P. Langenberg, IWT.
11.10
D02-6
Development
of high strength stainless steel grades
in ThyssenKrupp Acciai Speciali Terni for
structural applications. L. Appolloni,
A. Bruno, D. Sciaboletta, ThyssenKrupp
Acciai Speciali Terni, F. Ruffini, CSM.
11.30
D02-7
A
fire engineering approach to the design
of stainless steel structural systems (RFCS
project RFS-CR-04048). N.R. Baddoo and
B.A. Burgan, The Steel Construction Institute.
11.50
D02-8
New
design tools for structural hollow sections
of stainless steel. P. Yrjölä,
Rakennusteollisuus, J. Säynäjäkangas,
Tornio Research Centre, Outokumpu Tornio
Works.
12.10
D02-9
Stainless
steels and the water industry: from knowledge
to applications. P. Cutler, Nickel Institute.
12.30
Lunch
Session
E02
Austenitic
Stainless Steels
09.00
E02-1
Keynote
address: Nickel in Stainless Steels. P.
Cutler, G. Coates, Nickel Institute, D.
Jenkinson, Consultant to the Nickel Institute.
09.30
E02-2
A
new European 200 series standard to substitute
304 austenitics? J. Charles, J.D. Mithieux,
ArcelorMittal, J. Krautschick, ThyssenKrupp
Stainless, N. Suutala, Outokumpu, J. Antonio
Simón, Acerinox, B. Van Hecke, and
T. Pauly, Euro Inox.
09.50
E02-3
Optimization
of thin strip cast austenitic 304 stainless
steel microstructures.
D. Raabe, B. Sander,
Max-Planck-Institut für Eisenforschung,
R. Degenhardt, R. Sellger, W. Klos, M. Sachtleber,
L. Ernenputsch, ThyssenKrupp Nirosta GmbH.
10.10
E02-4
Influence
of nitrogen on the mechanical behaviour
of Type 316L SS. V. Ganesan, M.D. Mathew,
K. Bhanu, S. Rao, and B. Raj, Indira Gandhi
Centre for Atomic Research.
10.30
Coffee
10.50
E02-5
Bake
hardening of some austenitic stainless
steels. R.L.K. Ruoppa, T.T. Taulavuori,
Outokumpu Research Centre, Outokumpu Tornio
Works.
11.10
E02-6
Effects
of Cu and Mn on the Mechanical Properties
and Formability of Cr-Mn Austenitic Stainless
Steels. Y.D. Lee, J.S. Lee, and Y.Y. Lee,
POSCO.
11.30
E02-7
Static
strain ageing of metastable austenitic
stainless steel. J. Talonen and H. Hänninen,
Helsinki University of Technology.
11.50
E02-8
The
role of precipitation after long time ageing
in an austenitic stainless steel. R. Sandström,
and L. Jin, The Royal Institute of Technology.
12.10
E02-9
Kinetics
of α'→ γ reversion in
a cold rolled AISI 301LN stainless steel.
S. Rajasekhara, P. Ferreira, The
University of Texas at Austin, L.P. Karjalainen,
University of Oulu, A. Kyröläinen,
Outokumpu Stainless (now Raahen- Seudun Teknologiakeskus
Oy).
12.30
Lunch
Session
F02
Duplex
Stainless Steels
13.30
F02-1
Keynote
address: 80 years with duplex steels: historic
review and prospects for the future. M.
Liljas, Outokumpu Stainless AB, Avesta
Research Centre.
14.00
F02-2
Influence
of the initial microstructure on the hot
deformation of duplex stainless steel.
C. Herrera, D. Ponge, and D. Raabe,
Max-Planck-Institut für Eisen-forschung.
14.20
F02-3
Anisotropy
in the mechanical properties of two duplex
stainless steels with different phase balance. M.P. Esteban, A. Iza-Mendia, and
I. Gutiérrez,
CEIT and TECNUN (University of Navarra).
14.40
F02-4
Structural
evolution of LDX 2101 (EN 1.4162) during
isothermal ageing at 600-850°C. H.P.
Liu, P. Johansson, and M. Liljas, Outokumpu
Stainless AB, Avesta Research Centre.
15.00
Coffee
15.20
F02-5
Corrosion
behaviour of corrugated low-Mo duplex stainless
steel in simulated concrete solutions.
A.
Bautista, G. Blanco and F. Velasco, Materials
Science and Engineering Department, Universidad
Carlos III de Madrid.
15.40
F02-6
New
lean duplex stainless steel rebar: pitting
corrosion resistance and galvanic coupling
behavior. E. Chauveau, T. Sourisseau, Ugitech
Research Center, Bernard Demelin, UGITECH.
16.00
F02-7
The
development of oxide scale during reheat
of duplex stainless steel. R.L. Higginson
and M.A.E. Jepson, IPTME, Loughborough
University.
16.20
F02-8
The
effect of thermomechanical processing on
the austenitic and duplex stainless steel
mesostructure formation. G. Kodzhaspirov
and A. Rudskoy, Saint-Petersburg State
Polytechnical University, V. Rybin, Central
Research Institute of Structural Materials ”Prometey”.
Session
G02
Applications
/ Automotive
13.30
G02-1
Keynote
address: Next generation vehicle – engineering
guidelines for stainless steel in automotive
applications. S. Schuberth, ThyssenKrupp
Nirosta, E. Schedin, Outokumpu Stainless,
T. Fröhlich, ArcelorMittal Stainless.
14.00
G02-2
Corrosion
resistance of stainless steels to wet condensates
in automotive exhaust systems. P. Gümpel
and C. Hoffmann, HTWG, University of Applied
Sciences Konstanz, N. Arlt, ThyssenKrupp
Nirosta GmbH.
14.20
G02-3
ACE
P439A: ACESITA’s grade for high temperature
application in vehicle exhaust system.
R.A.
Faria, H.J.B. Alves, T.R. Oliveira, R.P.
Barbosa, ArcelorMittal Inox Brasil, P.O.
Santacreu, ArcelorMittal Isbergues.
14.40
G02-4
Thermal
fatigue behavior of ferritic stainless
steel for automotive exhaust system. J.-I. Hamada, H. Kajimura, Nippon
Steel & Sumikin Stainless Steel, N. Morihiro,
Hikari Stainless Steel Technology.
15.00
Coffee
15.20
G02-5
Tailored strip – a cost and weight
saving prospect- for automotive exhaust systems. I. Schael and S. Schuberth, ThyssenKrupp
Nirosta.
15.40
G02-6
Corrosion
simulation tests on stainless for automotive
application. B. Michel, S. Saedlou and
P.O. Santacreu, ArcelorMittal Global R&D,
J.M. Herbelin, ArcelorMittal Stainless
Europe.
16.00
G02-7
Innovative
stainless steel sandwich panel applications
for transport industries (RFCS contract
210-PR-363 and project RFS2-CT-2007-00025).
M. Sirén, VTT, Finland, A. Gales,
TNO Science and Industry, D. van Hoecke,
Ocas N.V., R. Sánchez, Acerinox
S.A., J. Säynäjäkangas,
Tornio Research Centre, Outokumpu Tornio
Works.
16.20
G02-8
Stainless
steel rebar: a durable and competitive
solution against corrosion. B. Demelin,
UGITECH, F. Moulinier, Institut de Développement
de l’Inox.
19.00–22.30
Conference
Dinner at Suomenlinna Sea Fortress
Session
H02
Ferritic
Stainless Steels
13.30
H02-1
Keynote
address: The Ferritic family: a review
of latest developments in metallurgy and
market developments. J. Charles, J.D.
Mithieux, L. Peguet, P.O. Santacreu, and
F. Chassagne ArcelorMittal.
14.00
H02-2
Corrosion
resistance of powder sintered ferritic
stainless steels. S. Cruz, J.A.
Odriozola, Instituto de ciencia de materiales
de Sevilla, Universidad de Sevilla-CSIC
R. Poyato, Departamento de Física de la Materia
Condensada, Facultad de Física,
Universidad de Sevilla A. Paúl,
L. Soria, Departamento de Ingeniería
Mecánica y de los Materiales, Escuela
Técnica Superior de Ingenieros,
Universidad de Sevilla.
14.20
H02-3
Improving
the ridging in AISI 430 ferritic stainless
steel stabilized with niobium.
T.R. Oliveira,
M.A. Cunha, I.N. Gonçalves, ArcelorMittal
Inox Brasil.
14.40
H02-4
The
microstructural evolution of 3CR12 from
hot mill to final anneal. D.A.A. Smith,
Columbus Stainless.
15.00
Coffee
15.20
H02-5
Behaviour
of ferritic stainless steel at high temperature.
M.A. Heredia, C. Luna, J.F. Almagro, ACERINOX
S.A., A. Paúl, Departamento de Ingeniería
Mecánica y de los Materiales Escuela
Técnica Superior de Ingenieros, O.
Sanz and J.A. Odriozola, Departamento de
Química Inorgánica e Instituto
de Ciencia de Materiales de Sevilla, Universidad
de Sevilla-CSIC.
15.40
H02-6
Microstructural
development of a 17% Cr ferritic stainless
steel for electromagnetic actuation: experiments
and modelling. N. Meyer, Y. Bréchet
and M. Véron, SIMaP Metal Physics
Group, O. Geoffroy, Néel Institue,
M. Mantel and P.E. Dubois, Ugitech research
centre.
16.00
H02-7
A
comparative study of precipitation effects
during ageing of superaustenitic and superferritic
stainless steels. T. Koutsoukis, K. Konstantinidis,
and G. Fourlaris, National Technical University
of Athens.
16.20
H02-8
The
effect of heat treatment parameters on
the microstructure of martensitic stainless
steel AISI 420. L. Barlow, M. du Toit,
University of Pretoria.
June
12
Session
F03
Duplex
Stainless Steels 2
09.10
F03-9
Keynote
address: Recent development of duplex
stainless steels. J.-O. Nilsson, G. Chai
and U. Kivisäkk, R&D Centre, Sandvik
Materials Technology.
09.30
F03-10
Detection
of the 475ºC embrittlement in a lean
duplex stainless steel using the Electrochemical
Potentiokinetic Reactivation (EPR) test. C. Fosca and J. Sakihama, Pontificia
Universidad Católica del Perú.
09.50
F03-11
Mill
exposure tests of duplex stainless steel
LDX 2101® in recycled fiber applications.
T. Laitinen, Metso Paper, L. Wegrelius,
and A. Bergquist, Outokumpu Stainless AB.
10.30
Coffee
10.50
F03-13
A
new lean duplex stainless steel with high
mechanical and corrosion properties: 1.4062.
J. Peultier and S. Jacques, Industeel (ArcelorMittal
group), Ugitech (Schmolz + Bickenbach group).
11.10
F03-14
Mechanical
properties and corrosion resistance of
W bearing superduplex stainless steels.
C. Muñoz, A. Paúl,
A. Gallardo, and J.A. Odriozola, Universidad
de Sevilla-CSIC.
11.30
F03-15
High
temperature forming of a superduplex steel and
its simulation by torsion testing. Comparison
with a different superduplex steel at similar
temperatures and strain rates ranges. M. Carsí, O.A. Ruano, National Center
for Metallurgical Research, I. Rieiro, J. Muñoz,
J. Castellanos, University of Castilla-La Mancha-,
F. Peñalba, INASMET Foundation.
June
13
Visit
at Outokumpu Tornio Works, Tornio.
Return to Helsinki with arrival at 16.10
POSTER
SESSION
See the list of posters below.
12.10
Closing
Lunch
14.30
Departure
from Marina Congress Center for Conference Tour
to Outokumpu Tornio Works
Session
I03
Forming
and Welding
09.00
I03-1
Keynote
address: Trends in forming and welding
of stainless steels. H. Hänninen,
Helsinki University of Technology.
09.30
I03-2
Sense
and sensitivity of thermo-mechanical forming
simulation of metastable austenitic stainless
steels (RFCS contract 7210-PR-304). E.
Ratte, ThyssenKrupp Nirosta.
09.50
I03-3
Hot
metal gas forming for stainless steels
(RFCS project RFS-CR-04034). G. Martos,
J. Mª Castellanos, A. Bocardo, J.
Contreras, D. Vallecillo, M. Guerra, R.
Sánchez, ACERINOX, B. González,
M. Gutiérrez, L. Vadillo, M. Santos,
I. Zarazua, Fundación Labein.
10.10
I03-4
Local
martensitic high-strength structure fields – material
properties of metastable austenitic stainless
steel. B.-A. Behrens, S. Hübner, K.
Weilandt, K. Voges-Schwieger, Institute
of Metal Forming and Metal-Forming Machines,
Leibniz Universität Hannover.
10.30
Coffee
10.50
I03-5
Fatigue
properties of thin sheet stainless steel
lap joints. H. Nordberg, Outokumpu Stainless
Research Foundation, H.L. Groth, Outokumpu
Stainless AB, Avesta Research Centre.
11.10
I03-6
Welding
stainless steels – practical responses
to regulatory trends. D. Jordan, Consultant
to the Nickel Institute.
11.30
I03-7
Alloying
concepts for lean duplex stainless steel
weld metals. L. Karlsson, C. Gillenius,
H. Arcini, and E.-L. Bergquist, ESAB.
11.50
I03-8
Microstructure
and corrosion properties of stainless steel
strip welds. S. Wessman, and R. Pettersson,
Swerea KIMAB.
A-1
P
Comparison of the microbiological
influence on the electrochemical potential of stainless steel between
macro and micro areas of specimens. O. Moos and P. Gümpel, HTWG,
University of Applied Sciences Konstanz.
A-2
P
Corrosion damage of compressor blades
from grade 14Cr17Ni2 stainless
steel.
V. Cihal, VŠB TU Ostrava, E. Kalabisová,
SVÚOM Ltd. R. Stefec, CVUT Prague.
A-3
P
Changes of surface morphology of
ferritic stainless steels at high temperature oxidation.
M. Malinina, M. Gasik, Helsinki University of Technology, Laboratory
of Materials Processing and Powder Metallurgy.
A-4
P
Behaviour of stainless steels in
sulphate-reducing bacteria (SRB) environments (RFCS contract 7210.PR/362).
V. Matres and E. Quirós, ACERINOX S.A.
A-6
P
Hydrogen corrosion of stainless
steels.
K. Lublinska, A. Szummer, K. Szpila, and K.J. Kurzydlowski,
Warsaw University of Technology.
B-1
P
The model-based control of the grain
size of the final annealed austenitic stainless steels. E. Puukko,
Tornio Research Centre, Outokumpu Tornio Works.
B-2
P
Fabrication of nanostructured stainless
steel via hydrostatic extrusion. A. Krawczy´nska, M. Lewandowska,
and J.K. Kurzydlowski, Warsaw University of Technology, Faculty of
Materials Science and Engineering (InMat).
C-1
P
Behavior and forming limit diagram
predictions of stainless steels sheets. G. Chinouilh1, F. Toscan1,
J. Leseux2 and P.-O. Santacreu1, 1ArcelorMittal Global R&D, 2ArcelorMittal
Stainless Europe.
C-2
P
The α’-martensite evolution,
Mathematical formulation and application in the early detection of
damage in sheet metal components. B.-A. Behrens, K. Weilandt, M. Kamp,
and K. Voges-Schwieger, Institute of Metal Forming and Metal-Forming
Machines, Leibniz Universität Hannover.
C-3
P
Grain refined structure of 304 stainless
steel by short annealing after severe deformation. A. Lis, J. Lis,
P. Wieczorek, and K. Kiera-Belec, Czestochowa University of Technology,
Institute of Materials Engineering.
D-2
P
Influence of plastic strains on the
mechanical properties of stainless steel sheets. A. Gehring, H. Saal,
J. Schmied, Versuchsanstalt für Stahl Holz und Steine, Universität
Karlsruhe (TH).
D-3
P
Fabrication of AISI 316LN half-shells
for the superconducting dipoles of the Large Hadron Collider. F.
Bertinelli1, J. Pollmann2, I. Rommerskirchen2, G. Trachez1, E. Wildner1,
1CERN, European Organization for Nuclear Research, 2H. BUTTING GmbH & Co.
KG.
D-4
P
Development of high strength non-magnetic
drill collar DNM140.
K. Ishikawa, T. Shimizu, DAIDO STEEL CO., Ltd.,
Nagoya.
E-1
P
Influence of solidification structure
on hot workability of an austenitic stainless steel containing 1.1
mass% boron. M. Oikawa and Y. Ikegami Technical Research Center, Nippon
Yakin Kogyo Co.
E-2
P
Application of thermoelectric power
measurements to the study of cold rolled AISI 304 steels. T. De Cock1,
C. Capdevila1, F. G. Caballero1, D. San Martín2 and C. García
de Andrés1, 1Department of Physical Metallurgy, Centro Nacional
de Investigaciones Metalúrgicas (CENIM), 2Fundamentals of Advanced
Materials Group, Faculty of Aerospace Engineering.
E-3
P
Investigation of dynamic tensile
properties of austenitic stainless sheet steels using tensile Hopkinson
split bar. M. Isakov, J. Kokkonen, T. Vuoristo, V.-T. Kuokkala, J.
Rämö, and R. Ruoppa1, Institute of Materials Science, Tampere
University of Technology, 1Outokumpu Stainless Oy.
E-4
P
Microstructure evolution in ultra-fine AISI
301 stainless steel.
S. Rajasekhara1, P. Ferreira1, P. Karjalainen2,
and A. Kyröläinen3, 1Materials Science and Engineering Program,
The University of Texas at Austin, 2Department of Mechanical Engineering,
The University of Oulu, 3Outokumpu Stainless Oy.
E-5
P
Kinetics of grain growth in ultra-fine
grained AISI 301LN stainless steel. S. Rajasekhara1, P. Ferreira1,
P. Karjalainen2, and A. Kyröläinen3, 1Materials Science and
Engineering Program, The University of Texas at Austin, Austin, Texas,
2Department of Mechanical Engineering, The University of Oulu, 3Outokumpu
Stainless Oy, Tornio (currently Raahen Teknologiakeskus Oy).
E-6
P
Reversion transformations
of cold rolled martensite to austenite in metastable austenitic stainless
steels: microstructures and mechanisms. 1M.C. Somani, 1L.P. Karjalainen,
2R.D.K. Misra, P. Juntunen, and 3A. Kyröläinen, 1Department
of Mechanical Engineering, The University of Oulu, 2University of Louisiana
at Lafayette, 3Outokumpu Stainless Oy Tornio (currently Raahen Teknologiakeskus
Oy).
E-7
P
Comparative analysis of the hot deformation
characteristics of Types 304 and 309 austenitic stainless steels. N.D.
Ryan and H.J. McQueen, Department of Mechanical Engineering Concordia
University.
E-8
P
Advantages and challenges of temper
rolled stainless steels. M. Sellman,T. Taulavuori, and P. Vainio, Tornio
Research Centre, Outokumpu Tornio Works.
E-9
P
Studies on stainless steels
at the University of Oulu.
L.P. Karjalainen, The University
of Oulu.
F-1
P
Investigation on low
Ni duplex stainless steel grades.
I. Calliari1, J. Dobranszky2, E. Ramous1, G. Straffelini3,
G. Rebuffi 1, 1DIMEG University of Padua, 2Hungarian Academy
of Sciences, 3DIMTI University of Trento.
F-2
P
Duplex stainless steel welds:
residual stress determination, magnetic force microscopy
and susceptibility to intergranular corrosion.
B. Gideon1,
L. Ward2, D.G. Carr3, O. Muransky3, 1ARV Offshore, Bangkok,
2RMIT University, Melbourne, 3Australian Nuclear Science
and Technology Organization (ANSTO).
G-1
P
Development of new advanced stainless
steel for catalyst substrate of motorcycle muffler. Y. Inoue1, M. Kikuchi1,
M. Tendo2 and H. Kajimura2, 1Nippon Steel Corporation, 2Nippon Steel & Sumikin
Stainless Steel Corporation.
H-1
P
Mechanical and corrosion performance
of high-density ferritic stainless steels manufactured by powder-metallurgy.
A. Bautista, C. Moral, F. Velasco, Materials
Science and Engineering Department, Universidad Carlos III de Madrid.
I-1
P
Revision of the gammegene effects
of carbon and nitrogen in austenitic stainless steels. G. Martos, I.
Moreno, and R. Sánchez, ACERINOX S.A.
I-2
P
ATIG welding of ferritic steels – experiences
and results. T. Sándor, ESAB Kft., Hungary, J. Dobránszky,
Research Group for Metals Technology.
