Inverse Problems in Computational Mechanics
No |
Sesion |
Date |
From |
Till |
Room |
chairman |
12,1 |
S8 |
2001-06-28 |
10:45 |
12:15 |
D |
A.J. Nowak |
12,2 |
S9 |
2001-06-28 |
14:00 |
15:30 |
D |
M. Tanaka |
12,3 |
S10 |
2001-06-28 |
16:00 |
16:18 |
D |
M. Tanaka |
S 8
Time |
Authors |
Title |
No |
T |
10:45 |
M. Tanaka |
Some advanced applications of the boundary element method to inverse problems in engineering |
614 |
I |
11:21 |
T. Burczyński, A. Długosz |
Inverse problems of thermoelasticity using evolutionary algorithms |
459 |
C |
11:39 |
R.A. Bialecki, E.A. Divo, A.J. Kassab |
Comparison of a genetic algorithm and the Levenberg-Marquardt method for multi-dimensional heat flux reconstruction |
567 |
C |
11:57 |
I. Nowak, A.J. Nowak, L.C. Wrobel |
Estimation of the position of the interface between solid and liquid phases in the continuous casting process |
284 |
C |
S 9
Time |
Authors |
Title |
No |
T |
14:00 |
O. Allix, P. Vidal |
A new multi-solution approach to the structural identification problem |
313 |
C |
14:18 |
P. Duda, J. Taler |
Identification of transient temperature and thermal stress distributions using the least squares method |
554 |
C |
14:36 |
A. Wawrzynek, B. Bartoszek, A.J. Nowak, R. Delpak, C. Hu |
Application of thermography and inverse solutions for determination of thermal properties for building materials |
339 |
C |
14:54 |
I. Szczygiel, A. Fic |
On the sensitivity coefficients in inverse formulation of the heat convection-diffusion problems with potential flow. |
512 |
C |
15:12 |
A. Guzik, T. Styrylska |
Solving inverse thermal stress problems using generalized dynamic filtration method |
558 |
C |
S 10
Time |
Authors |
Title |
No |
T |
16:00 |
S. Bernstein, L. Hempel, M. Richter, J. Riedel |
Genetic algorithms for the identification of structural parameters |
553 |
C |