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Victorian Facility for Light Metals Surface Technology (VFLMST)
Activity in the State Government of Victoria funded Victorian Facility for Light Metals Surface Technology continues to grow and outputs were expanded in 2010. The facility (for which funding has now been expended and is a parallel facility in support of the Centre of Excellence) is home to several researchers, including permanent home for four Postdoctoral research fellows and eight PhD students.  
 
Additionally the facility has been instrumental in the following:
 
Attracting researchers to Monash and the Centre from around the world;
 
Attracting collaborative partners which include the likes of CSIRO, CAST-CRC and industry partners;
 
Providing the leverage for successful external grant proposals via the capability at present; and
 
Making it possible to apply for (and succeed) in Linkage funding and direct consultancy and research services
 
The above is testament to the need for the facility, and the positive outcomes only a few years since the facility's inception. The facility is the core of internationally competitive research being conducted by (in total, including undergraduate and visiting scientists/students) over 50 people in 2009.
 
In this period milestones include:
 
Numerous high-level visitors to the purpose built facility, including:
 
Professor Digby Macdonald
Penn State University
Professor Gerald S. Frankel
The Ohio State University
Professor George Thompson Lyon
Manchester University
Professor Mirna Urquidi-Macdonald
Penn State University
Professor Tim Burstein
University of Cambridge
 
Numerous international visiting scientists to the purpose built facility for an extended period of time, including:
 
Johannes Brunner
University of Erlangen-Nuremberg
Troy Lowe
University of Wollongong
Mary Cavanaugh (second visit)
The Ohio State University
Nicholas Kirkland (second visit)
University of Canterbury
 
Engagement of honours students and a UROP Merit Scholars to work within the facility during 2009 on a host of projects:
 
Xian Zhou
David Lashansky
Samuel Brennan
Vi La
Amy Spark
 
Some of the research associated with this Facility in 2009 includes:
 
Continued investigation into the development of corrosion resistant light alloys.
 
The effect of specific alloying additions on the corrosion of Mg-based alloys as part of a collaborative project with the CAST-CRC
The development of Al-alloys with enhanced pitting resistance and damage tolerance.
 
Surface engineering and development of gradient structures for production of light alloys with superior wear and corrosion properties. In 2009, chemical modification of light metals via the fluid bed process was carried out at Deakin.
 
External research that includes areas such as: investigation of fracture surfaces, investigation of coating morphology and properties, investigation of slip, and investigation of biomaterials - was also conducted in the facility.
 
Wear testing of light alloy surfaces that have been specifically produced with modified functional surfaces in order to perform with superior properties to conventional light alloys. Work at the Deakin node involved collaboration with the University of Queensland.
 
Further research into the utility of magnesium and its alloys as a biodegradable implant material suitable for use in human patients.
 
Work on developing models for the life prediction and deterioration of aluminium alloys in naval and aerospace applications.
 
Electrochemical studies on the micro and nano-scales, providing concise information on the functional lengh-scale.
 
The facility is a truly comprehensive and versatile hub in Victoria for surface technology, characterisation, and corrosion of light metal surfaces. Plans for 2010 already include a stream of research and non-research conducting visitors to engage in tangible collaborative projects involving the facility. Additionally, following a strong 2009, the research outputs for the facility to date include acceptance of about 20 archival journal papers, eight invited talks on the international platform, three invited journal papers, ten conference papers, and the preparation of several manuscripts that are presently entering submission.
 
 
Open window View the VFLMST archive
 
 
 
 
 
© ARC Centre of Excellence for Design in Light Metals
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