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Armando
Benito Corripio
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| Jay Affolter Professor
Ph.D., Louisiana State University, 1970
Tel: (225) 578-3061
E-mail: corripio@lsu.edu
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Research Interests
Dr. Corripio's main research interests are in the application of computers
for designing, controlling, and operating chemical processes. These
interests fall into the broad areas of automatic process control theory,
computer integrated manufacturing (CIM) and computer-aided process
design (CAPD). In automatic process control theory, Dr. Corripio works
in the development and tuning of computer control algorithms, process
identification, auto-tuning, and adaptive control, and on the application
of these techniques to multivariable process control problems. In
CIM his interests include the application of real-time optimization
techniques, artificial neural networks, and optimal scheduling and
control of batch processes. His computer- aided process design projects
include computer programs for equipment sizing and costing, and the
integration of these functions with flowsheet simulation programs.
Teaching Interest
Dr. Corripio teaches undergraduate courses on automatic process control,
unit operations, and plant design. He also teaches graduate courses
on advanced process control and computer control techniques, and a
special topics course on batch process design, scheduling, and control.
Recent Publications
- Principles and Practice of Automatic Process Control,
2nd edition, by Carlos A. Smith and Armando B. Corripio, Wiley,
New York (1997).
- Tuning Industrial Control Systems, 2nd edition, by Armando
B. Corripio, ISA, Research Triangle Park, NC (2000)
- Design and Applications of Process Control Systems,
by Armando B. Corripio, ISA, Research Triangle Park, NC (1998).
- A Computer Control Algorithm for Feedback Composition Control
Using Off-Line Analysis, by Lois B. Jansen and Armando B.
Corripio, Computers & Chemical Engineering, 17(10),
1031-1040 (1993).
- Pumps and Motors Cost, by Armando B. Corripio and Lawrence
B. Evans, Encyclopedia of Chemical Processing and Design,
46, Marcel Dekker, New York, 28-35 (1994).
- Implementation of a Dynamically-Compensated PID Control
Algorithm, by Samuel M. Peebles, Stephen R. Hunter, and Armando
B. Corripio, Computers & Chemical Engineering, 18(10),
995-1000 (1994).
- An Algorithm for Supervisory Multivariable Constrained Optimization
of Industrial Processes, by W.E. (Gene) Daniel, Armando B.
Corripio, Robert W. Fontaine, and Mario J. Schellen, Chemical
Engineering Communications, 130, 203-223 (1994).
- Transient Temperature Model for Reaction Injection Molding,
by Samuel M. Peebles and Armando B. Corripio, AIChE Journal,
41(5), 1273-1280 (1995).
- Storage Tank and Heat Exchanger Costs, by Armando B.
Corripio, Lawrence B. Evans, and Katherine S. Chrien, Encyclopedia
of Chemical Processing and Design, 55, Marcel Dekker,
New York, 4-9 (1996).
- Tower Costs, by Antonio Mulet, Armando B. Corripio and
Lawrence B. Evans, Encyclopedia of Chemical Processing and
Design, 58, Marcel Dekker, New York, 229-237 (1997).
- On-line optimization of a model IV fluid catalytic cracking
unit, by Umesh K. Chitnis and Armando B. Corripio, ISA
Transactions, 37(3), 215-226 (1998).
- Operating Regime Decomposition Using Neural Networks,
by Olufemi A.
Adebiyi and Armando B. Corripio, Chemical Engineering Communications,
Vol.
189, 2002, pp. 1550-1568.
- Dynamic Neural Networks Partial Least Squares (DNNPLS) Identification
of
Multivariable Processes, by Olufemi A. Adebiyi and Armando
B. Corripio, Computers and Chemical Engineering, Vol.27/2,
2003, pp. 143-155.
- Analysis of the Sorbent Energy Transfer System (SETS) for
Power Generation and CO2 Capture, by J. Yu, A. B. Corripio,
D. P. Harrison, and R. J. Copeland, Advances in Environmental
Research, Vol. 7, 2003, pp. 335-345.
Educational Resources
- For access to recent presentations and other shared resources,
click here.
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