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p-FE reliable
simulation of the human proximal
femur.
Patient-Specific FE-models
constructed from CT-scans are validated by experimental
observations. Fracture prediction is also being
considered. |
Generalized
fracture mechanics.
Numerical, analytical and experimental research on
generalized failure criterion in 3-D mechanical
components. |
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Finite
deformations and forming analyses.
Simulation
of cogging, deep forming, and CIP processes by FE methods
(funded projects). |
Generalized edge
stress intensity functions (ESIFs) in three-dimensional
domains.
The
elastic solution in the vicinity of a realistic 3-dimensional
edge (as a crack front) is derived and ESIFs are extracted
from FE solution by a quasi-dual function method (funded
project). |
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p-FE for
bio-mechanics of arteries:
Incorporating
hyperelastic constitutive models, active response, blood-wall
interaction.
Incorporating
hyperelastic constitutive models (passive and active response)
of human arteries in the framework of p-FEMs. Investigation of
fluid-structure interactions in the framework of p-FEMs
(partly funded project). |
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