Pier Marzocca
Associate Professor of Mechanical and
Aeronautical Engineering.
Dr. Pier Marzocca serve as PI for the GDC project.
Professor Marzocca has been working in the field of Aerospace
Engineering since 1996 and specializes in multi-physics
modeling and characterization of advanced materials and
structures, dealing with the interactions among advanced
structures and fluids, magnetic, electric, and thermal fields.
In the area of green and renewable technologies, Dr. Marzocca
research interests includes design, performance
characterization and system integration of wind turbine and
other energy systems, Dr. Marzocca′s received several
awards including the Ralph R. Teetor Educational Award from the
SAE. He is currently an Associate Fellow of AIAA, the Chair of
the SAE Unmanned Aircraft System Technical Committee, Deputy
Editor-in-Chief of the International Journal of Aeronautical
and Space Sciences, and Associate Editor of the ASCE Journal of
Aerospace Engineering and the Journal of Thermal Stresses.
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Kerop Janoyan
Associate Professor in the Department
of Civil and Environmental Engineering
Dr. Kerop Janoyan received his B.S., M.S., Engineer, and
Ph.D. degrees in Civil Engineering from the University of
California at Los Angeles in 1993, 1995, 1998 and 2001,
respectively, and is a Registered Profession (Civil) Engineer
in California. He an Associate Professor in the Department of
Civil and Environmental Engineering where he also serves as the
Executive Officer. Dr. Janoyan was elected By-Fellow of
Churchill College at Cambridge University where he spent his
sabbatical stay in 2009. His research and development expertise
covers a broad range of related topics with a strong focus on
aspects of intelligent structural systems, in-service
diagnostics, machine health monitoring, and parametric modeling
of mechanical response from stochastic field measurements. Dr.
Janoyan has an extensive history of participation in various
academic and joint industrial projects tailored toward
application of advanced sensing and diagnostics approaches for
infrastructure, industrial, and environmental systems.
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Ajit Achuthan
Ph.D.
As a former employee at GE research center, Dr. Achuthan
was a key member of the team who developed GE′s fiber
optic sensor system for the measuring real time temperature and
strain inside the Radiant Syngas cooler (RSC) for Integrated
Gassification Combined Cycle (IGCC) power plant at Tampa
Electrical Company′s (TECO) power plant in Tampa,
Florida. This $3.7M project was funded by Department of Energy
(DoE). Dr. Achuthan was in charge of finding solutions to
mitigate the challenges posed due to extreme conditions (high
temperature, small strain, slag penetration, slag impact etc).
The developed system successfully gathered data continuously
for 60 days, more than the design period. Dr. Achuthan has also
worked in the area of fiber optic sensor development for
fouling detection. Dr. Achuthan received his Ph.D. from Purdue
University (2004), his M.E. from the National University of
Singapore, Singapore (2000), and an M.S. from the Indian
Institute of Technology, Madras, India (1998). Dr.
Achuthan′s research, as a faculty member in Mechanical
and Aeronautical Engineering Department at Clarkson University,
is in the areas of solid mechanics and advanced materials. He
is interested in studying and solving problems associated with
the development of next generation of fiber optics sensors, and
″small″ scale devices such as MEMS and nanodevices.
In the advanced materials area Dr. Achuthan′s current
focus include multiscale modeling of ferroelectric material
behavior, Molecular Dynamic simulation of nanomaterial
behavior, and developing composite materials for harsh
environment conditions. Dr. Achuthan is also working on
structural impact problems and thermal stress analysis problems
for refractory structures. Dr Achuthan has published articles
in peer-reviewed journals and received several patents.
http://www.clarkson.edu/mae/faculty_pages/Achuthan.html.
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Othman Aitmaatallah
Ph.D. candidate of Mechanical and
Aeronautical Engineering
Othman is handling the mechanical and
electrical side of the GDC project. The tasks under study are
related to renewable resource availability, the control and
operation of the off grid installation in order to guarantee a
best electricity supply to the computation servers.
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