This module enables the student, to use computer modelling techniques, to analyse design solutions for a range of bio-technologies. Solid models linked to kinematic models will be utilised as well as finite element techniques.
BioModelling Introduction
Introduction to modelling and the role of modelling in bio-engineering. Including kinematic models, static structural, and transient dynamic models.
Kinematic Models
The development of a kinematic model using software such as opensim. The customisation of models and the measurement of forces.
FEA models
The creation of a solid model of an orthopedic joint. The transfer of this model to a FEA package. The application of appropriate material models and the analyse of component stresses.
Model Validation
Patient specific, sample size and variability of published data.
Component Failure
The issues relevant to bone failure including crack growth and re-modelling. Investigation for failure of implants and prosthesis. Fatigue loading within the human body of bones and implants.
| Module Content & Assessment | |
|---|---|
| Assessment Breakdown | % |
| Other Assessment(s) | 100 |