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Martin S. High
Associate Professor
TEACHING INTERSTS:
Marty’s teaching interests
focus on thermodynamic and transport phenomena applications in chemical
engineering particularly to macromolecular systems. He has taught most of the
undergraduate level courses and many of the graduate level courses in our
curriculum. In addition, Marty has initiated the College wide program
involving Legal Studies in Engineering (LSE). For more information on the LSE
program click
here.
RESEARCH INTERESTS:
Polymer Science and Engineering
Marty is interested in all aspects of chemical engineering. A few years
ago, he worked in process monitoring and control of a chip carrier
manufacturing process at IBM. Since then, he has been heavily involved in
applied thermodynamics. More recently, he moved into the area of the
thermodynamics of polymer systems. Marty's current research revolves around
the study of polymer physical chemistry and applied polymer science. In
particular, he is interested in the transport and thermodynamic properties of
gases in polymers, polymer solutions, and polymer blends. One of his group's
more interesting experimental approaches uses a quartz crystal as a highly
sensitive balance to measure the transport of solvent into a polymer film.
Marty's teaching interests include transport phenomena, thermodynamics,
process dynamics and control, and polymer science and engineering.RECENT PAPERS:
1.
High, M. S., “Sustainable Development: How Far
Does U.S. Industry have to Go to Meet World Guidelines,”
Albany Law Journal of Science and Technology, 14 131
(2003).
2.
Kamal, N., R. J. Bandorawalla, M. S. High, and
K. A. M. Gasem, “Thermodynamic Performance of
Nonazeotropic R-134a/R-143a Refrigerant Mixtures,”
Heat Transfer Engineering, 21 46 (2000).
3. Mendes, L. J., T.-C. Tsai, K. A. High, M. S.
High, D. A. Tree, "A Model of Processing-Induced
Microstructure Formation in Polymeric Materials," J. Polym. Sci.: Part B: Polym. Phys. 37 2571-2585 (1999).
4. Mendes, L.J., Tsai, T.-C., High, K.A., High,
M.S., and Tree, D.A., “A Model of Processing-Induced
Microstructure Formation in Polymeric Materials,”
Journal of Polymer Science: Part B: Polymer Physis,
37, 2571-2585 (1999).
5. Guan, X., M. S. High and D. A. Tree, "Viscoelastic
Effects in Modeling Web Handling Systems: Unsteady
State Analysis," Journal of Applied Mechanics 65 234
(1998).
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B.S., 1981, Chemical Engineering, The
Pennsylvania State University
M.S., 1983,
Chemical Engineering, The
Pennsylvania State University
Ph.D., 1990,
Chemical Engineering, The
Pennsylvania State University
J.D., 2005,
Law,
The University of Tulsa
E-mail:
mhigh@okstate.edu
Class notes:
http://mhigh.okstate.edu
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