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Godfrey
Sikha
2B51 Swearingen
Engineering
Center
Department of
Chemical
Engineering
University of South
Carolina, Columbia
29208
Phone
803.777.0350
Fax
803.777.8265
E-mail
For more
information
To learn more about the
Department of
Chemical
Engineering at The
University of South
Carolina, call or mail
us at:
The University of
South Carolina
Department of Chemical
Engineering
2C02, Swearingen
Engineering Center
301 South Main
Street
Columbia, SC 29208
Ph 803.777.4181
Fax 803.777.8265
Maps:
USC
campus Columbia,
SC
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Godfrey Sikha
Research Assistant
Professor
Curriculum
Vitæ
I. Education
- Ph.D., Chemical
Engineering, University
of South Carolina,
Columbia, SC
(2005).
(Advisors: Ralph
E. White and
Branko
N. Popov)
- B.Tech., Chemical
& Electrochemical
Engineering, Central
Electrochemical
Research Institute,
Karaikudi, India
(2001).
II. Academic
Experience
- Research Assistant
Professor, Aug 2006 -
present, Department of
Chemical Engineering,
University of South
Carolina, Columbia,
SC.
- Post Doctoral
Fellow, Aug 2005 - Aug
2006, Department of
Chemical Engineering,
University of South
Carolina, Columbia,
SC.
- Graduate Research
Assistant, Aug 2001 -
Aug 2005, Department of
Chemical Engineering,
University of South
Carolina, Columbia, SC.
(Advisors:
Ralph E. White and
Branko N.
Popov)
III.
Publications
- Godfrey
Sikha and Ralph E.
White, "An analytical
expression for the
Impedance Response of
an Insertion Electrode
cell", J.
Electrochem.
Soc.,154(1),
A43 (2007). [PDF]
- Godfrey
Sikha, Ralph E. White
and Branko N. Popov, "A
Mathematical Model for
a Lithiumm-ion
Battery/Electrochemical
capacitor Hybrid
System", J.
Electrochem.
Soc.,152(8),
A1682 (2005). [PDF]
- Rajeswari
Chandrasekaran, Godfrey
Sikha and Branko N
Popov, "Capacity Fade
Analysis of a
Battery/Super Capacitor
Hybrid and a battery
under Pulse Loads at
Elevated Temperature
ull Cell Studies",
J. Appl.
Electrochem.,
35(10), A1005 (2005).
[PDF]
- Godfrey
Sikha, Branko N. Popov
and Ralph E. White,
"Effect of Porosity on
the Capacity Fade of a
Lithium Ion Battery:
Theory", J.
Electrochem.
Soc.,151
(7), A1104 (2004).
[PDF]
- Godfrey
Sikha and Branko N.
Popov, "Performance
Optimization of a
Battery"C "Capacitor
Hybrid System,"J.
Power Sources,
134, 130 (2004).
[PDF]
- Godfrey
Sikha, Premanand
Ramadass, Bala S.
Haran, Ralph E. White
and Branko N. Popov,
"Comparison of the
Capacity Fade of Sony
US 18650 cells charged
with different
protocols"J. Power
Sources, 122
(1), 67 (2003).
[PDF]
IV.
Presentations/Contribution
to Proceedings
Volume
- K.
Kumaresan, G. Sikha and
R. E. White,
"Comparison of Thermal
Electrochemical Model
Predictions with
Experimental Data of
Lithium-ion
batteries,",
210th
Meeting of the
Electrochemical
Society, Cancun,
Mexico, Oct, 2006.
- G.
Sikha and B. N.
Popov, "Comparison of
Model Predictions with
Experimental Data from
Lithium-ion
Battery/Electrochemical
Capacitor Hybrid
System,", Advanced
Capacitor World Summit,
San Diego, CA,
2005.
- R.
Chandrasekaran, G.
Sikha, R. E. White
and B. N. Popov,
"Capacity Fade Analysis
of a Battery/Super
Capacitor Hybrid and a
battery under Pulse
Loads" presented at the
206th
Meeting of the
Electrochemical
Society, Honolulu,
Hawaii.
- G.
Sikha, R. E. White
and B. N. Popov, "A
Mathematical Model for
a Lithium-ion
Battery/Electrochemical
Capacitor Hybrid
System" presented at
the 206th
Meeting of the
Electrochemical
Society, Honolulu,
Hawaii.
- G.
Sikha, B. N Popov
and R. E. White,
"Performance Studies of
Lithium-ion
Battery/Super Capacitor
Hybrid Systems"
presented at the
204th
Meeting of the
Electrochemical
Society, Orlando,
Florida.
- G.
Sikha, P. Ramadass,
B. S. Haran, R. E.
White and B. N. Popov,
"Performance of
Commercial Lithium-ion
Batteries Cycled with a
Rapid Charging
Protocol" presented at
the 202nd
Meeting of the
Electrochemical
Society, Salt Lake
City, Utah.
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