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To learn more about the Department of Mechanical Engineering at the University of South Carolina, call or mail us at:
The University of South Carolina
Department of Mechanical Engineering
300 Main Street
Columbia, SC 29208
Ph 803.777.4185
Fax 803.777.0106
Maps:
USC campus
Columbia, SC
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Dr.
Xinyu
Huang
Assistant
Professor
My research
interests
include
mechanics
and
durability
of
functional
and
structural
composite
materials,
in
particular,
composite
materials in
polymer
electrolyte
membrane
fuel cells,
solid oxide
fuel cells,
structural
composites,
and
coatings.
Education
-
Ph.D.,
Engineering
Mechanics,
Virginia
Tech
2001
-
B.E.,
Beijing
University
of
Aeronautics
and
Astronautics,
1993
Selected Publications
-
W. Yoon,
X.
Huang,
“A
Multiphysics
Model of
PEM Fuel
Cell
Incorporating
the Cell
Compression
Effects,”
Journal
of The
Electrochemical
Society,
2010, in
print.
-
W. Yoon,
X.
Huang,
“Study
of
Polymer
Electrolyte
Membrane
Degradation
under
OCV Hold
Using
Bilayer
MEAs,”
Journal
of The
Electrochemical
Society,
2010,
157 (4).
-
C.
Huang,
X.
Huang,
M.
Rodgers,
“Chapter
9:
Impurity
Mitigation
Strategies”
in
Proton
Exchange
Membrane
Fuel
Cells:
Contamination
and
Mitigation
Strategies,
CRC book
series
on Green
Chemistry
and
Chemical
Engineering,
Taylor
and
Francis,
2009.
-
·
L. Xing,
K.
Reifsnider,
and X.
Huang,
“Progressive
damage
modeling
for
large
deformation
loading
of
composite
structures,”
J. Comp
Sci Tech
(2008),
doi:10.1016/j.compscitech.2008.08.019.
-
·
N. Luo,
G. Miley,
K. Kim,
R.
Burton,
X.
Huang,
“NaBH4/H2O2
fuel
cells
for air
independent
power
systems,”
Journal
of Power
Sources
(2008),
185 (2):
685~690.
-
·
R.
Solasi,
Y. Zou,
X.
Huang,
K.
Reifsnider,
“A Time
and
Hydration-Dependent
Viscoplastic
Model
for
Polyelectrolyte
Membranes
in Fuel
Cells,”
Mechanics
of
Time-Dependent
Materials,
(2008),
12:15~30.
-
·
G. Ju,
K.
Reifsnider,
X.
Huang,
“Infrared
Thermography
and
Thermoelectrical
Study of
a Solid
Oxide
Fuel
Cell,”
Journal
of Fuel
Cell
Science
and
Technology,
2008, 5
(3),
031006
(6
pages).
-
·
W. Yoon,
X.
Huang,
P.
Fazzino,
K.
Reifsnider,
M.
Akkaoui,
“Evaluation
of
Coated
Metallic
Bipolar
Plates
for
Polymer
Electrolyte
Membrane
Fuel
Cells,”
Journal
of Power
Sources
(2008),
179 (1):
265~273.
-
·
R.
Solasi,
Y. Zou,
X.
Huang,
K.
Reifsnider,
“On
Mechanical
Behavior,
Characterization
and
Modeling
of
Ionomer
Membranes
Used in
Fuel
Cell
Applications,”
Journal
of Power
Sources
(2007),
Vol. 167
(2):
366-377.
-
·
X.
Huang,
R.
Solasi,
Y. Zou,
K.
Reifsnider,
D.
Condit,
S.
Burlatsky,
T.
Madden,
“Mechanical
endurance
of
polymer
electrolyte
membrane
and PEM
fuel
cell
durability,”
Journal
of
Polymer
Science,
Part B:
Polymer
Physics,
Vol 44,
2006,
2346-2357.
-
K.
Reifsnider,
X.
Huang,
G. Ju,
R.
Solasi,
“Multi-scale
modeling
approaches
for
functional
nano-composite
materials,”
J. Mater
Sci
(2006)
41:6751-6759.
-
G. Ju,
K.
Reifsnider,
X.
Huang,
Y. Du,
“Time
Dependent
Properties
and
Performance
of a
Tubular
Solid
Oxide
Fuel
Cell,”
ASME
Journalof
Fuel
Cell
Science
and
Technology,
Vol. 1,
No. 1,
Nov.
2004,
pp35~42.
(4)
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