Dr. Plazek received his PhD in physical chemistry from the University of Wisconsin in 1957 for
the study of the viscoelastic behavior of polymers. Following two years of post-doctoral study
with his thesis advisor Professor John D. Ferry, he became a Fellow in Independent Research at
the Mellon Institute working under Drs. Thomas G Fox and Paul J. Flory between the years 1958
and 1967. He then moved to the University of Pittsburgh as the first non-metallurgist in the newly
named Department of Metallurgical and Materials Engineering. In 1975 he was promoted to
Professor. During his first sabbatical leave (1976-77), he was appointed a Senior Visiting Fellow
at the University of Glasgow in Scotland. During his second sabbatical leave (1987-88) he divided
his time between study at the US Naval Research Laboratory and at the University of Kyoto as a
Fellow sponsored by the Japan Society for the Promotion of Science. Since March 1987 he has
been an Adjunct Professor of Chemistry of Carnegie Mellon University. In January 1991 he was
appointed to the Advisory Board of the Journal of Polymer Science and to the
Editorial Board of Rubber Chemistry and Technology in 1993.
Dr. Plazek is a member of the American Chemical Society; American Physical Society (Fellow);
the North American Thermal Analysis Society; and the Society of Rheology. His research is
directed toward systematic studies of structure-property relations of polymers. He is well-known
for his work on the viscoelastic behavior of polymers, and has designed and developed several
types of dynamic mechanical and creep apparatus. His research interests include the curing and
physical properties of epoxy resins, the correlation of network polymer structure to fracture
behavior, correlations of viscoelastic behavior of polymers and other glass-formers near and
below their glass temperatures, and viscoelastic characterization of biaxially oriented polyethylene
terephthalate film. Dr. Plazek taught courses in structure and properties of polymers, applied
polymer principles, polymer rheology, and fracture phenomena in polymers. He retired to emeritus
status in 1993. His research on the thermal and mechanical properties of
amorphous materials continues.
He was the recipient of the George Whitby Award for innovative and inspirational
teaching and research by the Rubber Division of the American Chemical Society.
In 1995 he was named the Bingham Medalist by the Society of Rheology for his research
on the viscoelastic behavior of amorphous materials and the development of the stress
controlled rheometer.