A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Numerical modeling of creep in polymer matrix composites with transverse isotropy
The computational utility of a simple anisotropic, deformation/damage model was demonstrated. The model was successfully implemented in a commercially available code and was able to predict creep, deformation/damage phenomena in a Finite Element Model. As such, the code requires material parameters that were calculated by relatively simple exploratory tests. This paper particularly discusses the problem of square plate with a hole under uniaxial tension.
Numerical modeling of creep in polymer matrix composites with transverse isotropy
The computational utility of a simple anisotropic, deformation/damage model was demonstrated. The model was successfully implemented in a commercially available code and was able to predict creep, deformation/damage phenomena in a Finite Element Model. As such, the code requires material parameters that were calculated by relatively simple exploratory tests. This paper particularly discusses the problem of square plate with a hole under uniaxial tension.
Numerical modeling of creep in polymer matrix composites with transverse isotropy
Acharya, S. (author) / Binienda, W. (author) / Robinson, D. (author)
2003
5 Seiten, 6 Quellen
Conference paper
English
Creep of Polymer Matrix Composites. I: Norton-Bailey Creep Law for Transverse Isotropy
| Online Contents | 2003
Creep of Polymer Matrix Composites. II: Monkman-Grant Failure Relationship for Transverse Isotropy
| Online Contents | 2003
Effect of fibre transverse isotropy on micro-residual stresses in polymeric composites
| British Library Online Contents | 2011
| British Library Online Contents | 1997
Transverse Isotropy of Phyllite Under Brazilian Tests: Laboratory Testing and Numerical Simulations
| Online Contents | 2017