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Computational Fracture Mechanics
Organized by Ted Belytschko
The mini-symposium goal is to
record the progress achieved
in the design of efficient computational tools for fracture mechanics. More
precisely, the
following computational challenges are considered:
* 3D fatigue
cracks propagation
* Dynamic crack propagation
* computational means to shift
from a damage to
a fracture model
* convergence of cohesive
models
* micro-cracks merging to a
macro crack
* strain localization modeling at the tip of a crack
* Large deformation cracking
* Multi-scale analysis of small
cracks
Session/Symposium Organizer: Ted Belytschko
Address: Department
of Mechanical Engineering / Northwestern University /
2145
Phone: (847)491-7270 FAX : (847)491-3915
Session/Symposium Chair: Nicolas Moës
Address: Institut GeM, Ecole Centrale de
Nantes / 1 Rue de la Noe, 44321 Nantes / FRANCE
Phone: (0033) 2 40 37 68 22
FAX: (0033) 2 40 37 25 73
Session/Symposium
Co-chair: Anthony Gravouil
Address: Laboratoire de Mécanique des Contacts et
des Solides / INSA de LYON / Bâtiment JCA Coulomb / 20, Av Albert
Einstein / 69621 Villeurbanne Cedex FRANCE
Phone: (0033) 4-72-43-64-25
FAX: (0033) 4-72-43-85-78
Papers
1. “Computing crack growth in quasiperiodic alloys” by Paolo Mariano
and Furio Lorenzo Stazi, paolo.mariano@uniroma1, furio.stazi@uniroma1.it
2. “Simulations of dynamic propagation crack experiments under
combined mode loading” by D. Grégoire, H. Maigre,
J. Rethore, hubert.maigre@insa-lyon.fr
3. “Finite element modeling
of cohesive cracks by Nitsche's method” by Peter
Hansbo, peter.hansbo@me.chalmers.se
4. “Simulation of plastic fatigue crack growth by a two
scale extended finite element method” by T. Elguedj,
A. Gravouil, A. Combescure,
anthony.gravouil@insa-lyon.fr,
alain.combescure@insa-lyon.fr
5. “Advances in the Extended Finite Element Method for static
and Dynamic Fracture”, by T. Belytschko, tedbelytschko@northwestern.edu
6.
“Robust stress intensity factors evaluation for 3D fracture
mechanics with X-FEM.”, H. Minnebo,
E. Béchet et
7. “Some improvements of XFEM” by Patrick
Laborde, Julien Pommier, Yves Renard , Michel Salaun., laborde@mip.ups-tlse.fr
8. “Statically admissible stress recovery using moving least
square technique” by Bhushan Karihaloo, karihaloob@cardiff.ac.uk
9.
“Modelling and simulation of damages and crack propagation
in
10. “Application of Fracture Mechanics Concepts to Biological
Systems” by Huajian Gao,hjgao@mf.mpg.de
11. "A Micro-Macro Partition of Unity Method
for crack propagation" by Guidault
Pierre-Alain, Allix Olivier, Champaney
Laurent
allix@lmt.ens-cachan.fr, laurent.champaney@meca.uvsq.fr
12. "X-FEM for 3D crack
simulation with frictional contact" by S.Geniaut,
P.Massin,
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