·
Enterprise
Ireland Innovation Partnerships Project, in collaboration with Galway-Mayo
Institute of Technology (GMIT) and Biocompatibles
Ltd.,
·
Enterprise
Ireland Innovation Partnerships Feasibility Project, in collaboration with Anecto Ltd., Galway, Ireland, “Validation of
accelerated stress testing for product reliability”, 5/2001 to 7/2001.
·
Enterprise
Ireland Applied Research Grants Scheme Project, in collaboration with
Medtronic/AVE Ltd., Galway, Ireland, “Computational modelling and
experimental testing to determine the constitutive and failure behaviour of
316L stainless steel for stent applications”,
4/2000 to 6/2003.
·
Brite Euram
Industrial Research Project “Computer assisted optimisation of the
forming process of MMC components” COFCOM, 2/1999 to 7/2002, in
collaboration with Aerospatiale, France; Fiat, Italy; SIMBI, Italy; Erich Schmid Institute, Austria; University of Ancona, Italy and Polytechnic University of Catalonia,
Spain.
·
Brite Euram
Industrial Research Project “Development of engineering surface coatings
obtained by advanced, cost effective and environmentally friendly technologies”
DESCO, 11/1998 to 10/2001, in collaboration with IVECO, Italy; Flametal, Italy; Imperial College London, UK; Teer Coatings Ltd, UK; JRC, Italy; Ruebig,
Austria; ICMAB, Spain; INSTM, Italy and ACOM, Italy.
·
Enterprise
Ireland Applied Research Grant Scheme Project, in collaboration with
Medtronic/AVE Ltd., Galway, Ireland, “Finite element analysis of PTCA
procedures”, 6/1998 to 5/2000. Joint Principal Investigator with C.
O’Bradaigh, Mechanical Engineering Dept., NUI,
·
Brite Euram
Basic Research Project “Development of computer based methodology for
prediction of the in-service performance of wear resistant coatings”
COMPWERC, 1/1998 to 12/2000, in collaboration with IVECO, Italy; Flametal, Italy; Imperial College London, UK; Teer Coatings Ltd, UK; Montanuniversitat
Leoben, Austria; University of Ancona,
Italy and Polytechnic University of Catalonia, Spain. NUI,
·
Brite Euram
Basic Research Project “Development of models for the prediction of the
in-service performance of MMC components” MISPOM, 5/1997 to 4/2000.
·
Industrial
research project funded by C.R. Bard Ltd.,
·
Brite Euram
Focussed Fundamental Project “Design of new tool materials with
structural gradient for milling applications”, 5/1994 to 12/1997, in
collaboration with the Swedish Institute for Metals Research, Stockholm, Sweden
and the Max Planck Institute for Metals Research, Stuttgart, Germany.
Industrial endorsers:
·
Industrial
research project(s) funded by Donnelly Mirrors Ltd., Co.