We present an algorithmic procedure for the ΓΏnite element solution of structural problems for no-tension materials. The approach is based upon a suitable modiΓΏcation of the tangent strategy which is shown to be computationally superior to conventional procedures for non-linear material models, namel
β¦ LIBER β¦
Numerical implementation of a neural network based material model in finite element analysis
β Scribed by Y. M. A. Hashash; S. Jung; J. Ghaboussi
- Publisher
- John Wiley and Sons
- Year
- 2004
- Tongue
- English
- Weight
- 298 KB
- Volume
- 59
- Category
- Article
- ISSN
- 0029-5981
- DOI
- 10.1002/nme.905
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
A numerical strategy for finite element
β
G. Alfano; L. Rosati; N. Valoroso
π
Article
π
2000
π
John Wiley and Sons
π
English
β 491 KB
π 2 views
A method for modelling microstructural m
β
M. L. Accorsi
π
Article
π
1988
π
John Wiley and Sons
π
English
β 499 KB
Adaptive finite element analysis of mode
β
M. V. K. V. Prasad; C. S. Krishnamoorthy
π
Article
π
2001
π
John Wiley and Sons
π
English
β 286 KB
A computational procedure for the implem
β
Emam, H. H.; Pradlwarter, H. J.; SchuοΏ½ller, G. I.
π
Article
π
2000
π
John Wiley and Sons
π
English
β 162 KB
π 2 views
This paper deals with the practical implementation of the statistical equivalent linearization method (EQL) in conjunction with general FE-analysis to evaluate non-linear structural response under random excitation. A computational procedure is presented which requires the non-linear part of the sys
Numerical analysis of a cylindrical ante
β
Di Wu; Takuichi Hirano; Naoki Inagaki; Nobuyoshi Kikuma
π
Article
π
2000
π
John Wiley and Sons
π
English
β 333 KB
Micromechanical viscoelasto-plastic mode
β
Qingli Dai
π
Article
π
2009
π
John Wiley and Sons
π
English
β 451 KB