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Modelling of
Material Property Data and Fracture Mechanisms
Organizer:
Robert Moskovic
Phone: 01453 81 2839, E-mail:Robert.Moskovic@magnox.co.uk
Description
This session is
concerned with modelling of material property data
and fracture mechanisms using a range of tools that include computer
simulations and statistical analysis. Mesoscopic simulations of damage accumulation based on
understanding of mechanisms of crack initiation and growth and computer
simulations of cracking mechanisms are part of this session. Use of probability models and advanced
statistical techniques to study structure property relationships and failure
mechanisms will be covered in the session.
Additional topics cover probabilistic fracture mechanics and reliability
analysis.
Chair: Robert Moskovic
Co-chair:
Professor Andre Pineau
Address:
Centre des Materiaux – ENSMP
Laboratoire Mecanique et Materiaux,
BP87, 91003 Evry,
E-mail:andre.pineau@mat.ensmp.fr
Potentials
Authors and Titles of Papers
1. Estimation of lower bound engineering fracture
toughness in the ductile to brittle transition regime
Dr Robert Moskovic
Corresponding
author address: Berkeley, Gloucestershire, GFL13 9PB,
Phone:
+44(0)1453 81 2839, E-mail: Robert.Moskovic@magnox.co.uk
Robert A
Ainsworth, British Energy,
2. Three dimensional Modelling of Fracture in polycrystals
Professor Alan
Crocker
Phone: 01483
879401, E-mail: <alanglencr@glfd.freeserve.co.uk> or
a.crocker@surrey.ac.uk
Coauthors:
Gillian Smith, tel: 01483 300 800
3. Mechanisms of crack propagation in polycrystalline metals.
Corresponding
Author: Professor P E J Flewitt
British
Nuclear Group,Berkeley,
Phone: ++44
(0)145381 2801, E-mail: Peter.e.Flewitt@magnox.co.uk
Co-authors:
Gareth Hughes, Fabio Sorbello, Interface Centre,
4. Fracture
properties of spatially heterogeneous materials
Corresponding
Author: Professor J F Knott
FAX:
++44(0)1214147468, E-mail: j.f.knott@bham.ac.uk
Co-authors:
Maria Balart Murria,
5. Crack propagation at high temperature in a softening martensitic steel.
Corresponding
Author: B. Fournier
CEA SACLAY, DEN/DMN/SRMA, 91191 Gif-sur-Yvette, FOURNIER Benjamin 100181 FRANCE
E-mail<BF100181@AQUILON.CEA.FR>
Co-authors: M Mottot, V Rabeau, A Pineau
Centre des Materiaux
- ENSMP Laboratoire Mecanique
et Materiaux, BP87,
91003 Evry
6. Residual stress influence on ductile fracture behavior of a
dissimilar material weld
Gilles
Philippe
Framatome-anp,
Tour AREVA, 92084 Paris-La-Défense
Phone: +33
1 4796 1677,
FAX: +33 1 4796 3335, E-mail: philippe.gilles@framatome-anp.com
7.
Void coalescence in metals involving
two populations of cavities
Corresponding author: D.Fabrègue
Université Catholique
de Louvain (UCL), Unité
IMAP, Place Sainte Barbe 2
1348
Tel: (+32) (0)10 47 35 65, Fax:
(+32) (0)10 47 40 28
E-mail: fabregue@imap.ucl.ac.be
Co-authors: D.Fabrègue,
T.Pardoën
8.
Local approach of high temperature
ductility in 6xxx aluminium alloys
Corresponding author: Thomas Pardoen
Université catholique
de
Unité IMAP, Réaumur, Place Sainte Barbe
2, B1348
Tel: +32 10 472417, Fax +32 10
474028, E-mail: pardoen@imap.ucl.ac.be
Co‑authors: Lassance D., Fabrègue D.,
Delannay F., Pardoen T.
Lassance D., Université catholique de
Fabrègue D., Université catholique de
Delannay F., Université catholique de
9.
Mechanisms of damage and fracture
in TRIP assisted multiphase steels
Corresponding author: G. Lacroix
Université Catholique
de Louvain, Département
des Sciences des Matériaux et des Procédés, Unité
d'Ingénierie des Matériaux
et des Procédés, Batiment
Réaumur, Place Ste-Barbe,
2, 1348 Louvain-la-Neuve, Belgique
Tel: +32 10 47 92 09, Fax: +32
10 47 40 28, E-mail: lacroix@imap.ucl.ac.be
Co‑author
P.R. Onck
Department
of Applied Physics, p.r.onck@rug.nl,
Nijenborgh 4, 9747 AG
10. A computational microstructure - informed grain level model
for the
fracture of multiphase metallic
alloys
Corresponding author: F. Scheyvaerts
Material
Science and Process Department, Université
Catholique de Louvain, IMAP, batiment Réaumur, Place Ste-Barbe,
2, 1348 Louvain-la-Neuve, Belgique
Tel: +32 10 47 24 39, Fax: +32
10 47 40 28, E-mail: scheyvaerts@imap.ucl.ac.be
Co‑author:
T. Pardoen
Material
Science and Process Department, Université
Catholique de Louvain, IMAP, batiment Réaumur, Place Ste-Barbe,
2, 1348 Louvain-la-Neuve, Belgique
11.
Cleavage micromechanisms
of fracture related to WPS effect for a pressure vessel steel
Corresponding author: B. Tanguy
Centre des Matériaux - Ecole des Mines, UMR CNRS
7633
BP 87 - 91003 Evry Cedex -
Phone:
(33) 1 60 76 30 61, E-mail: benoit.tanguy@ensmp.fr
Co‑authors: S.R. Bordet and A. Pineau
Centre des Matériaux - Ecole des Mines, UMR CNRS
7633
12.
About the transferability of cleavage
fracture parameters between notched and cracked geometries in a RPV steel.
Corresponding author: B. Tanguy
Centre des Matériaux - Ecole des Mines, UMR CNRS
7633
BP 87 - 91003 Evry Cedex -
Phone:
(33) 1 60 76 30 61, E-mail: benoit.tanguy@ensmp.fr
Co‑authors: C. Bouchet, S.R. Bordet and A. Pineau
Centre des Matériaux - Ecole des Mines, UMR CNRS
7633
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