Contact Problems
|
No |
Sesion |
Date |
From |
Till |
Room |
chairman |
|
13,1 |
S1 |
2001-06-26 |
14:00 |
15:30 |
L |
J.A.C. Martins |
|
13,2 |
S2 |
2001-06-26 |
16:00 |
17:30 |
L |
L. Fourment |
|
13,3 |
S3 |
2001-06-26 |
18:00 |
19:00 |
L |
P. Wriggers |
|
13,4 |
S4 |
2001-06-27 |
10:45 |
12:05 |
L |
L. Demkowicz |
S 1
|
Time |
Authors |
Title |
No |
T |
|
14:00 |
J.J. Telega, A. Gałka, W. Bielski |
Unilateral contact problems for a class of linear and nonlinear structures: applications of augmented Lagrangian methods |
208 |
C |
|
14:18 |
D. Gabriel, J. Plešek, M. Ulbin |
Large displacement frictionless contact algorithm by the pre-discretization penalty method |
248 |
C |
|
14:36 |
P. Wriggers, A.A. Bandeira, P. de Mattos Pimenta |
Computation analysis of contact mechanics undergoing large 3D deformation |
177 |
C |
|
14:54 |
D.L. Littlefield |
Contact-impact algorithms for highly transient solid mechanics simulations using the finite element method |
516 |
C |
|
15:12 |
A. Bajer, L. Demkowicz |
Modeling of planetary gear trains as a dynamic contact/impact problem for elastic bodies |
160 |
C |
S 2
|
Time |
Authors |
Title |
No |
T |
|
16:00 |
A. Pinto da Costa, J.A.C. Martins |
Computation of bifurcations and instabilities in some frictional contact problems |
580 |
I |
|
16:36 |
A. Amassad, C. Fabre |
On the analysis of viscoelastic unilateral contact problem involving Coulomb friction law |
149 |
C |
|
16:54 |
H. Ben Dhia, M. Zarroug |
Mixed frictional contact elements and local "volumic" contact interfaces |
252 |
C |
|
17:12 |
L. Krstulović-Opara, P. Wriggers |
Convergence studies for 2D smooth contact elements |
268 |
C |
S 3
|
Time |
Authors |
Title |
No |
T |
|
18:00 |
J.A.C. Ambrósio, S. Pedersen, J.M. Hansen |
A contact model for the roller and sprocket engagement in roller-chain drives |
522 |
C |
|
18:20 |
J. Krok, J. Gordon |
Investigation of influence of tangential transverse and longitudinal contact loadings on stresses in railroad rail |
240 |
C |
|
18:40 |
J. Niesytto, J.T. Niesytto |
Generalised Navier Stokes theory based on extended linear irreversible thermodynamic in contact problems |
394 |
C |
S 4
|
Time |
Authors |
Title |
No |
T |
|
10:45 |
E.S. Mistakidis, O.K. Panagouli |
The influence of fractality of the asperities to the evolution of the friction mechanism |
517 |
C |
|
11:05 |
A. Chudzikiewicz, A. Myśliński |
Quasistatic approach for solving thermoelastic wheel - rail contact problems with wear |
221 |
C |
|
11:25 |
A. John, G. Kokot |
Numerical analysis of selected problems in wheel-rail contact area |
243 |
C |
|
11:45 |
M.J. Jaffar |
2D sliding contact of an elastic layer and a wedge with a rounded apex or a flat punch with rounded corners |
11 |
C |