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Surface
coating technologies are critical in the design of engineering systems
ranging from space shuttles and solar panels to artificial human joints. The
market share of these technologies is currently worth in excess of $20
billion globally. Dr. Rehan Ahmed, a Professor in the College of Engineering
gave an interactive seminar on the current and future applications of
surface coatings on 12 May 2010 as part of the Research Colloquium series at
Alfaisal University. Dr. Theo Goosen, the Associate Vice President for
Research and Graduate Studies at Alfaisal said that “we are very lucky to
have someone of Dr. Ahmed’s caliber working at our university. Many modern
engineering achievements have been made possible due to the advances in
surface coating technologies particularly in the area of solar panels,
orthopedic implants and coatings used in aerospace components.” In the
seminar, Dr. Ahmed focused on issues related to the prevention of metal
fatigue using surface coatings and how it can be applied to planned railway
infrastructure and maintenance of aircraft components in the Kingdom of
Saudi Arabia.
Metal fatigue is caused by repeated loading of engineering components e.g.
in rotating machines components like bearings, gears, rail-wheel interaction
and also in bending e.g. of aircraft wings, etc. This repeated loading leads
to microstructural changes, both surface and subsurface in the material,
leading to initiation and propagation of cracks and eventual failure. Dr.
Ahmed gave an insight of how manufacturing of new engineering materials and
coatings, surface finishing and condition monitoring have enabled engineers
to tackle the problem of material fatigue for a range of engineering
applications.
Dr. Rehan Ahmed completed his Masters and PhD from Brunel University West
London before joining the University of Cambridge in 1999. He subsequently
took faculty position at Heriot-Watt University Scotland before joining
Alfaisal University in 2009. He was the Director of Graduate Program and
also the Academic Liaison Officer for the Institution of Mechanical
Engineers at Heriot-Watt University UK. He is a Fellow of Higher Education
Academy (UK). Over the last ten years he has secured, both as Principal
Investigator and Co-Investigator, research funds in excess of £1.7 Million
from Research Councils and Industry. He also recently filed a patent in the
design of orthopedic implants. He has been a consultant for some of the
major companies around the globe including British Broadcasting Corporation,
Raytheon Systems and Weatherford UK. He is a member of the Editorial Board
of Journal of Thermal Spray Technology and Advances in Mechanical
Engineering.