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Section Classification & b/t Limits for Hollow Sections

Most of the current b/t limitations in international steel design standards are based on investigations of hot-rolled I-sections. This project has been examining the behaviour of ho more...

Supervisor(s): Wilkinson, Tim (Associate Professor)

Structural Steel Hollow Section Connections

This project has been performed in conjunction with Smorgon Steel Tube Mills over a number of years and carried out predominately by undergraduate thesis students. The aim has been more...

Supervisor(s): Wilkinson, Tim (Associate Professor)

Lifelong User Modelling

This project aims to create computer systems that will make it easy for a person to control large stores of personal information. It addresses issues of privacy support and interope more...

Supervisor(s): Kay, Judy (Professor)

Pervasive computing architecture and software

Pervasive computing, where there is computation available throughout the environment requires an effective infrastructure to manage the information in each of the machines. This pro more...

Supervisor(s): Kay, Judy (Professor)

The effects of organisational project management on project performance

This study investigates the links between various organizational level interventions/setups and an organisation's capability to effectively deliver projects. more...

Supervisor(s): Liu, Li (Dr)

Modelling the behaviour of random materials

During this project the PhD student is expected to derive and establish fundamental relationships that will help in describing the behaviour random materials. more...

Supervisor(s): Einav, Itai (Professor)

Micromechanics of soft particulate materials

The purpose of this project is to study experimentally and numerically the micromechanics of deforming soft particles, from a radically new way. more...

Supervisor(s): Einav, Itai (Professor)

In-situ transmission electron microscopy nanoindentation investigation of the deformation behaviour of metallic amorphous/crystalline composites

This project aims to apply the in-situ TEM nanoindentation technique to understand external force induced interaction between crystalline phases and the amorphous matrix. more...

Supervisor(s): Liao, Xiaozhou (Professor)

Personalised systems with user control

There is a huge amount of personalisation in existing software, especially in web-based systems. Generally, these give rather poor support for users to control the personalisation, more...

Supervisor(s): Kay, Judy (Professor)

Novel interaction on tabletop interfaces

Tabletop or surface computing interfaces are an emerging form of pervasive computing. This project creates the software that will provide new ways for people to interact easily in t more...

Supervisor(s): Kay, Judy (Professor)