Deformation and Fracture at
the Nanoscale
N. R. Moody and D. F. Bahr
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Presenter |
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Title |
Authors |
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1.0 |
Structure,
Dislocations, and Fracture |
Monday
10:40-12:00 |
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Chair: Neville Moody |
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Stan Lynch |
Lynch |
1.1 |
Effects of structure and bonding at surfaces and
interfaces on fracture |
S. Lynch, S. Moutsos, B. Gable, S. Knight, D. P. Edwards,
B. C. Muddle |
Stan.Lynch@dsto.defence.gov.au |
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Ron Gibala |
Gibala |
1.2 |
Dislocation
source sensitivity of plasticity and fracture in tungsten |
J.E. Talia,,
R. Gibala |
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Gary Was |
Was |
1.3 |
Localization of deformation contributions to IGSCC/IASCC |
G. S. Was, Z. Jiao, J. T. Busby |
gsw@umich.edu |
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Doug Bammann |
Bammann |
1.4 |
A coupled dislocation-hydrogen model of inelastic
deformation |
D.J. Bammann, P.
Sofronis |
bammann@sandia.gov |
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2.0 |
Plasticity
and Fracture in Nanostructured Materials |
Monday
12:20-14:00 |
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Chair: David Bahr |
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Robin Selinger |
Selinger |
2.1 |
Crack tip plasticity at finite temperature: simulation and
analytical studies |
S. Picozzi, M. Davidson, J. Kaufman, R. Selinger, |
selinger@cua.edu |
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Hussein Zbib |
Zbib |
2.2 |
A study of crack-dislocations interaction with 3D discrete
dislocation dynamics |
I. N. Mastorakos, H.M. Zbib |
zbib@wsu.edu |
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Tahir Saif |
Saif |
2.3 |
Mechanical behavior of nano grained metals |
A. Haque, T. Saif, I. Robertson, J. Han, K. Hatter |
saif@uiuc.edu |
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Ian Robertson |
Robertson |
2.4 |
Deformation and failure processes operating in ultra-fine
grain materials |
K. Hattar, J. Han, T. Saif, I. M. Robertson, S. J. Hearne,
D. Follstadt |
ianr@uiuc.edu |
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Chris San Marchi |
San Marchi |
2.5 |
Fracture of nanocrystalline aluminum |
C. San Marchi, S.L. Robinson, N.Y.C. Yang, E.J. Lavernia |
cwsanma@sandia.gov |
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3.0 |
Failure
in Deformable Systems |
Monday
15:20-17:00 |
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Chair: Petros Sofronis |
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Kathryn Wahl |
Wahl |
3.1 |
Dynamic contact mechanics studies of PDMS |
D. M. Ebenstein, K. J. Wahl |
wahl@stm2.nrl.navy.mil |
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Kenneth Liechti |
Liechti |
3.2 |
Fracture between two self-assembled monolayers |
K. M. Liechti, D. Xu |
kml@mail.utexas.edu |
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Reiner
Kirchheim |
Kirchheim |
3.3 |
Delamination
of thin metal films on polymers |
A. Pundt, E.
Nikitin and R. Kirchheim |
rkirch@ump.gwdg.de |
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Oliver Kraft |
Kraft |
3.4 |
Failure of submicron thin metal films during cyclic
loading |
S. Eve, D. Wang, C. Volkert, N. Huber, O. Kraft |
Oliver.Kraft@imf.fzk.de |
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Rod Ruoff |
Ruoff |
3.5 |
Development of a MEMS platform for the assessment of
reinforcement mechanisms of carbon nanotubes in a polymer matrix |
r-ruoff@northwestern.edu |
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4.0 |
Cracks,
Crack Paths, and Cleavage |
Monday
17:20-19:00 |
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Chair: Rod Ruoff |
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J. Molina |
Molina |
4.1 |
Simulation of cross sectional nanoindentation in
interconnect structures with cohesive elements |
D. Gonzalez, J. Molina, I. Ocana, M. R. Elizalde, J. M.
Sanchez, J. M. Marinez-Esnaola, J. Gil-Sevillano, G. Xu, D. Pantuso, T.
Scherban, B. Sun, B. Miner, J. He, J. Maiz |
jmolina@ceit.es |
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Ivar Reimanis |
Reimanis |
4.2 |
Numerical simulations and measurements of cracks near
interfaces in graded structures |
I. Reimanis, K. Rozenburg, J. Berger, M. Tilbrook, M.
Hoffmann |
reimanis@mines.edu |
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Nicola Pugno |
Pugno |
4.3 |
Nanocrack
detection in vibrating nanowires |
R. Ruoff, N.
Pugno, L. Calabri, X. Chen, W. Ding, K. Kohlhass |
nicola.pugno@polito.it |
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Min-Feng Yu |
Yu |
4.4 |
Nanotube nanoactuator |
M-F. Yu, J. Hu, Z. Wang, A. Suryavanshi |
mfyu@uiuc.edu |
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Harris Marcus |
Marcus |
4.5 |
DNA thermal cleavage as a mechanism for creating defects
in photonic crystals |
H. Marcus, E. Geiss, P. Yu, S. Kim, F. Papadimitrakopoulos.
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hmarcus@ims.uconn.edu |
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5.0 |
Damage,
Wear, and Fatigue |
Tuesday
10:40-12:00 |
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Chair: Ron Gibala |
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Petros
Sofronis |
Sofronis |
5.1 |
Micromechanics
of damage evolution in solid propellants |
N. Aravas, F.
Xu, P. Sofronis |
sofronis@uiuc.edu |
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Robert Rudd |
Rudd |
5.2 |
Void
coalesence processes quantified through atomistic and multiscale simulation |
R. E. Rudd, E.
T. Seppala, L. Dupuy, J. Belak |
robert.rudd@llnl.gov |
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Efstathios Meletis |
Meletis |
5.3 |
Surface nanostrucured aluminum by severe plastic deformation |
E.I. Meletis, K.Y Wang, J. C. Jiang |
meletis@mae.uta.edu |
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Daan Hein Alsem |
Alsem |
5.4 |
Wear and fatigue in silicon structural films for MEMS
applications |
D. H. Alsem ,
R. Timmerman, E. A. Stach, C. L. Muhlstein, M. T. Dugger, R. O. Ritchie |
dhalsem@lbl.gov |
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6.0 |
Interfacial
Fracture in Films and Nanolaminates |
Tuesday
12:20-14:00 |
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Chair: Oliver Kraft |
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Nancy Yang |
Yang |
6.1 |
Influence of
microstructure, strength, and adhesion on Au electrodeposits |
N. Y. C. Yang,
J. Kelly, T. Headley, C. San Marchi |
nyyang@sandia.gov |
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Richard Hoagland |
Hoagland |
6.2 |
Deformation and failure mechanisms in metallic nanolayered
composites |
R. G. Hoagland, J. P. Hirth, A. Misra |
hoagland@lanl.gov |
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David Bahr |
Bahr |
6.3 |
Indentation
induced through thickness film fracture on engineering alloys |
D. F. Bahr, K.
R. Morasch, A. Alamr |
dbahr@wsu.edu |
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Neville Moody |
Moody |
6.4 |
Fracture of
atomic layer deposited nanolaminate films |
J. M. Jungk,
N. R. Moody, T. M. Mayer, R. A. Wind, S. M. George, W. W. Gerberich |
jmjungk@sandia.gov |