Modeling and simulation of deformation behavior of glassy polymers
Activity: Talk or presentation › Invited lecture
Sami Holopainen - Speaker
e.g. in engineering components of vehicular and aeronautic
- Applications are due to high chemical resistance, good
reforming properties, and a preeminent combination of
toughness and strength under cyclic and impact loadings.
- Failures of structures under cyclic long-term loadings
have been assessed to be the most significant cause of
huge financial losses.
- Owing to purely elastic or hyperelastic initial response,
state-of-the-art models for glassy polymers cannot predict
cyclic deformation behavior well when
- a model capable to predict real deformation behavior
of glassy polymers and to simulate time-consuming and
costly testings needs to be developed.
|Title||Long-term behavior of polymers|
|Period||6/02/19 → 7/02/19|
Country of activity