Development of demand side management strategy to facilitate network operation in smart grid
The aim of this study is to define a flexibility exchange strategy for solving congestion issues and voltage profile management
Non-destructive evaluation of advanced materials’ thermo-mechanical behaviour
This project aims to prevent catastrophic failure as well as safe and economical management of the structures
Multiscale Modeling of Ultrafast THz-Induced Spin Dynamics
This project aims to achieve THz-induced magnetization switching in magnetic multilayers
Development of techniques to predict probability of survival in trauma
This project aims to study a variety of artificial intelligence and statistical methods will be developed to predict probability of survival in trauma.
Particle and powder flows during industrial processes
The conduct of this project would help to gain deeper physical and theoretical insights into the granular processes involved with segregation, mixing, avalanching, shock surface and rheology etc., hence providing guidance to relevant application problems.
Development of thermal imaging for paediatric healthcare
The aim of this study is to work with clinicians to develop thermal imaging as a viable diagnostic and monitoring tool in paediatric healthcare.
Raman Spectroscopy of PVD Coatings
From 1999-2002, the Raman Spectroscopy of PVD Coatings project aimed to develop a Raman based method of monitoring the quality of coatings produced by the Surface Engineering Group and monitor stress and wear induced changes in hard coatings
Microscope imaging
In microscope applications, many of the imaging and vision techniques that are generally applied in industrial macro-environments are not suitable because of several constraints imposed by the micro-environment
Materials and recycling solutions
The Centre for Infrastructure Management provides an independent materials testing service to clients and provide consultancy/R&D to develop innovative solutions for new materials development and applications.
Novel scanning electrochemical technologies for mapping defects in organic coatings
The project aims to develop an understanding of the physical and chemical features of coatings which are responsible for the causes of heterogeneities