| Professor Reddy has been
M.S.
thesis /
Ph.D.
dissertation faculty advisor to 56
graduate students, collaborated and worked with
37 research associates and visiting scientists.
A detailed list of each is given here: |
|
|
|
|
 | M.S. Thesis |
|
|
Student Name |
Year |
Thesis Topic |
|
|
C. C. Acholonu |
1983 |
Distribution of Metals (copper, cobalt, nickel)
Between Alloys and Silica Unsaturated Iron Slags |
|
G. P. Singh |
1983 |
Laboratory Studies of Cleaning of Slags from Copper
Smelter |
|
P. Sahoo |
1984 |
Thermodynamic Activity of Nickel Oxide and Cobalt
Oxide in Nickel Smelting Slags |
|
A. R. Narayan |
1988 |
Fundamental Studies on Electrochemical Production
of Al-Li Alloys from Oxy-fluoride Melts |
|
H. Hu |
1989 |
Modeling of Viscosities in Liquid Melts and
Experimental Determination of Spent Potlining |
|
B. Chen |
1990 |
Modeling of Sulfide Capacities in Binary and
Ternary Silicate Slags |
|
K. N. Hebbar |
1991 |
Viscosity Modeling and Glass Formation
Characteristics of Oxy-fluoride Melts |
|
S. Shrivastava |
1991 |
Synthesis and Characterization of Glass-Ceramics
from SPL Waste |
|
S. Wang |
1992 |
Thermodynamics Studies on Solubility of Nickel,
Chromium and Iron in HF-HNO3-H2O Solutions |
|
J.Y. Yen |
1992 |
Fundamental Studies of High Temperature Slags and
Glass-Ceramics Melts |
|
P. T. Velu |
1995 |
Fundamental Studies on Electrochemical Processing
of Lightweight Alloys |
|
W. Zhao |
1995 |
Sulfur Reactions in Highly Ordered Liquid Melts |
|
T. P. Gribben |
1995 |
High Temperature Reduction of Metal Oxides in a
Simulated Reactor using Oxygen and Hydrocarbon Rich Gases |
|
Z. Cai |
1996 |
Processing of Uranium Contaminated Soils using
Zeolites |
|
R. Singareddy |
1997 |
Thermodynamic Properties of Molten Metal Systems
(non-thesis) |
|
X. Wen |
1997 |
Oxidation
Behavior of Ti-Al Binary Intermetallics |
|
Y. Li |
1997 |
Oxidation
Studies of Ti-Al-X (Nb,Ta,Cr) Alloys |
|
S. W. White |
1999 |
Plasma Processing of Waste Magnesium Oxide |
|
S. M. McElroy |
2001 |
Laser and Infrared Processing Aluminides |
|
S. Janakiraman |
2001 |
Studies on the Electrode materials for Capacitance
Property in Electrochemical Capacitors |
|
A. Kumar |
2002 |
Bipolar Plate
Materials and Single Cell Model for Polymer Electrolyte Membrane
Fuel Cells |
|
A. M. Yahya |
2002 |
Sulfide Capacities of Binary and Multicomponent
Aluminate Slags |
|
V. Kamavaram |
2002 |
Electrorefining of Aluminum Alloys in Ionic Liquids
via Near Room Temperature Electrolysis |
|
K. G. Cook |
2003 |
Structure and Properties of Al-Si Alloy Centrifugal
Castings |
|
L. V. M. Antony |
2004 |
Thermal Plasma Processing of Al-SiC Ultrafine
Composites |
|
V. Valiandan |
2004 |
Non-Noble
Metals Catalysts for the Production of Hydrogen use in Fuel Cells
(non-thesis) |
|
V. Nikam |
2004 |
Development of Bipolar Plate Materials for PEM Fuel
Cells |
|
A. P. Joshi |
2004 |
Laser Surface Modification of Titanium Alloy |
|
S.
Tyagi |
2005 |
In-situ Processing of Magnesium Metal Matrix Composites |
|
N. Thakkar |
2005 |
Thermal Plasma Processing of Boran Carbide
Nano-powders |
|
Dusti Livingston |
2005 |
High Temperature Oxidation of
Ti-Al-X (Nb, Mo, Cr) alloys |
|
Biswa Padhy |
2005 |
Development of Materials for Direct
Methanol Fuel Cells (DMFC) |
|
Pratheesh George |
2006 |
Thermodynamic Properties determination of Al-Nb
alloys using EMF |
|
Vinod Namilkonda |
2007 |
In-situ Processing of Lightweight Metal Matrix Composites |
|
Chris Williams |
2008 |
High Temperature Oxidation of Nb-Al alloys |
|
Tao Wang |
2011 |
Thermal properties of Low Melting Molten Salts for
Solar Thermal Energy Storage |
| Haoxing Yang |
2014 |
Electro-deposition of
Zinc and Lead from Oxide Compound Using Choline Chloride and
Urea Based Ionic Liquid |
| M. R. Bogala |
2015 |
Electrodeposition of
Titanium Aluminides from Aluminum
Chloride:1-Butyl-3-methyl-imidazolium Chloride Ionic Liquid |
|
Yuxiang Peng |
2016 |
Chemical and Physical Properties of Novel High Thermal Energy
Density Molten Salt Systems for Concentrating Solar Power (CSP)
Storage |
| Andrew
R. Kim |
2016 |
Optimization of Cobalt Electrodeposition from Cobalt Chloride
using Urea and Choline Chloride Ionic Liquid |
| Jacob
Young |
2017 |
Phase
Stability and Characterization of Thermoelectric Metal Silicides |
| Md.Khalid
Nahian |
2021 |
Experimental study on Electrical Conductivity of Imidazolium-Based Ionic Liquids
and their Application to Current Density Simulation |
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|
|
| Ph.
D. Dissertations |
|
|
Student Name |
Year |
Dissertation Topic |
|
S. Wang |
1994 |
Physico-Chemical Properties of Molten Salt Systems |
|
S.
G. Kumar |
1994 |
Synthesis and Phase Equilibria Studies on
Intermetallic Aluminides based on Titanium and Niobium |
|
D. Kocherginsky |
1995 |
In-situ Formation of SiC in Al-Si Melt |
|
P. T. Velu |
1997 |
Processing of Reactive and Rear Earth Metals and
Alloys from Molten Salts |
|
Z. Zhang |
1999 |
Experimental Studies and Modeling of Viscosities of
Borate and Borosilicate Melts |
|
S. Niyomwas |
2001 |
Thermal Plasma In Situ Processing of TiN and
TiC Reinforced Fe Alloy Ultra-fine Composites from Ilmenite |
|
Q. Zheng |
2003 |
In-Situ
Processing of AlN Particle Reinforced Aluminum
Alloy Composites |
|
A.
Kumar |
2004 |
Bipolar
Plate Materials Development and System integration of PEM Fuel
Cells |
|
V. Kamavaram |
2004 |
Novel Electrochemical
Refining of Aluminum Based Materials in Low Temperature Ionic
Liquid Electrolytes |
|
S. M. McElroy |
2005 |
Development of Molten Zinc Resistant Materials |
|
R. Nagireddy |
2006 |
Development of Electrode Materials for
Electrochemical Double Layer Capacitors |
|
L.
Tong |
2006 |
Plasma Processing of Nanocomposites |
|
V. Nikam |
2008 |
Development of Copper Base Materials for Bipolar
Plate applications in Polymer Electrolyte Membrane Fuel Cells |
|
M. Zhang |
2008 |
Electrochemical Processing of Aluminum using Ionic
Liquids |
| Y. Lu
|
2009 |
Designing ,Manufacturing and Testing and Optimizing
of Micro-Fuel Cells(µ-FC) |
|
D. Pradhan |
2010 |
Electrochemical Processing of Reactive Metals using
Ionic Liquids |
|
M. Ramachandran |
2012 |
Thermodynamics and processing of Nanoscale
Materials |
|
Rupak Das |
2013 |
Kinetic Studies of Anode Materials for Solid Oxide
Fuel Cells (SOFC) |
T. Wang
|
2014 |
Theoretical and Experimental Determination of Chemical and
Physical Properties of Novel High Thermal Energy Density Molten
Salt Systems for Concentrating Solar Power (CSP) Storage |
Haoxing Yang
|
2015 |
Novel
Electrowinning of Zinc from Zinc Oxide Compound in Low
Temperature Ionic Liquid Electrolyte |
|
Min Li |
2016 |
“Study on the Electrodeposition of Metals from Amide Based Room
Temperature Molten Salts” |
|
Mallikharjuna R. Bogala |
2016 |
Synthesis, Characterization and Phase Stability of High
Temperature Thermoelectric Metal Borides and Silicides |
M. Imam
|
2018 |
Thermodynamics and Phase Stability of Thermoelectric Metal
Borides |
Yudong Li
|
2019 |
Experimental and Numerical Study of the Reduction of Silica in
Thermal Plasma Reactor |
Yuxiang Peng
|
2019 |
Electrochemical Studies of High Temperature Molten Salts for
Thermal Energy Storage |
Jacob Young
|
2020 |
Investigation of Biodegradable Zn-Li-Cu Alloys for
Cardiovascular Stent Applications |
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|
Research Associates
and Visiting Scientists |
|
|
Name |
Organization |
|
Dr. M. Blander |
Argonne National Laboratories,
Argonne, IL |
|
Prof. L. Brewer |
University
of California, Berkeley, CA |
|
Dr. N. A. Gokcen |
US Bureau
of Mines, Albany, OR |
|
Dr. A. E. Torma |
Idaho
National Engineering Laboratories, Moscow, ID |
|
Prof. P. K. Rao |
Indian Institute of Technology, Bombay |
|
Dr. R. K. Mishra |
Pease & Curren, Inc., RI |
|
Mr. E. Morrice, Jr. |
US Bureau
of Mines, Reno Research Center, Reno, NV |
|
Dr. A. P. Lingras |
Gas
Research Institute, Chicago, IL |
|
Dr. C. Coekelbergs |
Metallurgie Hoboken-Overpelt (MHO), Research
Development and Technology Center, Belgium |
|
Prof. K.C. Chou |
University
of Science and Technology Beijing, Beijing, China |
|
Mr. M. N. Ahmad |
ETICAM, Fallon, NV |
|
Mr. J. Holthus |
Lawrence Berkeley Laboratories, Berkeley, CA |
|
Mr. J. Wu |
Lawrence Berkeley Laboratories, Berkeley, CA |
|
Mr. K. Libsch |
APTUS, Salt Lake City, UT |
|
Dr. S. G. Kumar |
University of Nevada, Reno, NV |
|
Dr. J. U. Ejiofor |
Enugu State University of Technology, Enugu,
Nigeria |
|
Dr. S. Viswanathan |
Oak Ridge National Laboratory, TN |
|
Dr. R. B. Inturi |
The
University of Alabama, Tuscaloosa, AL |
|
Dr. M. K. Mohan |
National
Institute of Technology, Warangal, India |
|
Dr. B. Wu |
The
University of Alabama, Tuscaloosa, AL |
|
Prof. I. C. I. Okafor |
Nnamdi
Azikiwe University, Awka, Nigeria |
|
Dr. Z. Zhang |
The University of Alabama, Tuscaloosa, AL |
|
Prof. Sun Kim |
Ulson
University, Ulson, Korea |
|
Dr. M. F. Arenas |
The University of Alabama, Tuscaloosa, AL |
|
Prof. C. Bora Derin |
Istanbul Technical University, Istanbul, Turkey |
|
Mr. Jonathan Aerts |
Process research and Development, UMICORE, Belgium |
|
Dr. Jonkion C. Font |
Institute for Innovation in Mining & Metallurgy-
CODELCO, Chile |
|
Dr. Q. Zheng |
The University of Alabama, Tuscaloosa, AL |
|
Dr. M. Divakar |
Indian
Institute of Science, Bangalore, India |
|
Dr. V. Kamavaram |
The University of Alabama, Tuscaloosa, AL |
|
Dr. S. C. Parida |
BARC,
Bombay, India |
|
Dr. R. R. Nagireddy |
e-Spin Technology, Chattanooga, TN |
|
Dr. A. Lahiri |
The
University of Leeds, Leeds, UK |
|
Prof. Heesan Kim |
Hongik
University, Chungnam, Korea |
| Prof. Z. Shi |
Northeastern University, Shenyang, P. R. China |
|
Dr. M . Ramachandran |
The University of Alabama, Tuscaloosa, AL |
|
Mr. M . Li |
Northeastern University, Shenyang, P. R. China |
|
Dr. Jinglong Liang |
North China University of Science and Technology
Tangshan, Hebei Province, P.R. China |
|
Mr. Aimin Liu |
Northeastern University, Shenyang, P. R. China |
|
Dr. N. S. Chahil |
The University of Alabama, Tuscaloosa, AL, USA |
|
Mr. Zhiming Yan |
Chongqing
University, Chongqing, P. R. China |
|
Mr. Shuming Qiu |
Chongqing University, Chongqing, P. R. China |
|
Dr. Hong-min Kan |
Shenyang
University, Shenyang, P. R. China |
|
Dr. Pravin S Shinde |
The University of Alabama, Tuscaloosa, AL |
|
Dr. Y. Peng |
The
University of Alabama, Tuscaloosa, AL |
|
Dr. Jacob Young |
University of Alabama, Tuscaloosa, AL |
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