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Description
Overview:
This module provides a broad introduction and overview of the mechanical challenges in biomechanics and an awareness of the relevant theories needed to design and evaluate biomechanical prostheses and devices. It covers some fundamental theories relating to mechanics of biomaterials, including experimental methods to characterize biomaterials which form the foundation for the remaining two modules of the Biomechanics Minor.
Topics covered:
The module will cover fundamental theories relating to the mechanics of biomaterials, including characterisation of material properties, and modelling of material behaviours:
- Continuum mechanics theory, including analytical models for linear elasticity stress/ strain relationships and viscoelastic behaviour.
- Mechanical testing, including rheometry and stress-strain curves.
- Models for blood flow in the vessels of the circulation.
- Kinematics of deformation and motion.
Learning outcomes:
Upon completion of the module, students will be able to:
- Relate mechanical theories to real-world examples of biomechanical implants, prostheses and devices.
- Perform a quantified investigation of a biomechanical implant, prosthesis or device, identifying any potential for refinement.
- Perform experimental tests to identify key mechanical properties of a biomaterial sample.
- Perform calculations to identify loading and deformation of biomechanical components.
Module deliveries for 2024/25 academic year
Last updated
This module description was last updated on 8th April 2024.
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