|
No |
Sesion |
Date |
From |
Till |
Room |
chairman |
|
03,1 |
S5 |
2001-06-27 |
14:00 |
15:16 |
B |
P. Villon |
|
03,2 |
S6 |
2001-06-27 |
16:00 |
17:20 |
B |
A. Huerta |
|
03,3 |
S7 |
2001-06-27 |
18:00 |
19:30 |
B |
T. Liszka |
|
03,4 |
S8 |
2001-06-28 |
10:45 |
12:05 |
B |
J. Orkisz |
S 5
|
Time |
Authors |
Title |
No |
T |
|
14:00 |
J. Orkisz |
Recent advances in the meshless finite difference method |
234 |
I |
|
14:36 |
P. Breitkopf, A. Rassineux, P. Villon, K. Saannouni, H. Cherouat |
Meshfree operators for consistent field transfer in large deformation plasticity |
275 |
C |
|
14:56 |
C.A. Duarte, O.N. Hamzeh, T.J. Liszka |
A generalized finite element method for the simulation of three-dimensional dynamic crack propagation |
337 |
C |
S 6
|
Time |
Authors |
Title |
No |
T |
|
16:00 |
G. Ventura, J. Xu, T. Belytschko |
Level set crack propagation modelling in the element free Galerkin method |
474 |
C |
|
16:20 |
T. Pannachet, H. Askes |
On the adequate enforcement of constraint equations in the Element-Free Galerkin method |
2 |
C |
|
16:40 |
A. Carpinteri, G. Ferro, G. Ventura |
Partition of unity weighted quadrature in meshless methods |
355 |
C |
|
17:00 |
E. De Bel, P. Bouillard |
A Timoshenko beam under forced vibrations solved by the partition of unity method |
400 |
C |
S 7
|
Time |
Authors |
Title |
No |
T |
|
18:00 |
Y. Luo, U. Häussler-Combe |
An improved generalized finite difference method and its applications to structural mechanics |
118 |
C |
|
18:18 |
J. Krok, J. Orkisz, M. Stanuszek |
A unified system NAFDEM-PHLEX of combined meshless FD/FE non-linear analysis of boundary-value problems including membrane and cable structures |
439 |
C |
|
18:36 |
J. Krok, J. Orkisz |
A unified approach to the adaptive FEM and meshless FDM |
239 |
C |
|
18:54 |
J. Magiera, J. Orkisz |
Application of the meshless finite difference method to physically based smoothing of experimental data by the global method |
431 |
C |
|
19:12 |
P. Przybylski, J. Orkisz |
Mesh generator for adaptive analysis using meshless FD and FE methods |
238 |
C |
S 8
|
Time |
Authors |
Title |
No |
T |
|
10:45 |
S. Fernández-Méndez, A. Huerta |
Space and time high-order meshfree methods for convection dominated problems |
502 |
C |
|
11:05 |
Z. Wiêckowski |
Analysis of granular flow by the material point method |
6 |
C |
|
11:25 |
L. Gavete, J.L. Cuesta, S. Falcon |
A numerical comparison of two different meshless methods |
279 |
C |
|
11:45 |
K. Suzuki, C. Jin, H. Ohtsubo |
Meshless analysis of solid using cover least square approximation |
482 |
C |