Advanced Engineering Alloys - MATE97012
Aims
- To address the properties, behaviour and processing of engineering alloys at the crystal level.
- To examine state of the art industrially-relevant modelling methods at the continuum level for alloy processing and in-service performance
- To examine polycrystal alloys at the crystal level and introduce crystal plasticity techniques for material behaviour (eg cold dwell fatigue) and processing (eg texture development.
- To examine the fundamental quantitative factors that control stability, mechanical performance and damage accumulation under service conditions.
- To ensure students can identify limiting material deformation mechanisms for specific applications of metals and appraise the integrity of such components
Role
Lecturer
Advanced Engineering Alloys - MATE97013
Aims
- To address the properties, behaviour and processing of engineering alloys at the crystal level.
- To examine state of the art industrially-relevant modelling methods at the continuum level for alloy processing and in-service performance
- To examine polycrystal alloys at the crystal level and introduce crystal plasticity techniques for material behaviour (eg cold dwell fatigue) and processing (eg texture development.
- To examine the fundamental quantitative factors that control stability, mechanical performance and damage accumulation under service conditions.
- To ensure students can identify limiting material deformation mechanisms for specific applications of metals and appraise the integrity of such components
Role
Lecturer