The Department of Polymer Engineering is part of the world-renowned College of Polymer Science and Polymer Engineering at UA, which has about 40 full-time faculty and 350 graduate students and postdoctoral research associates studying the chemistry, physics and engineering of polymeric materials and systems.

The Center for Polymer Engineering was created in 1983 and the Department of Polymer Engineering in 1984. In 1988 the Center was renamed the Institute of Polymer Engineering. The Department is currently comprised of 15 full-time faculty and approximately 140 graduate students. DPE is housed in three buildings -- the 32,000 sq. ft. Polymer Engineering Academic Center (PEAC); the 70,000 sq. ft. Sidney L. Olson Research Center (OLRC); and the 43,000 sq. ft. National Polymer Innovation Center (NPIC).

The Department of Polymer Engineering is strictly a graduate department, offering both the M.S. and Ph.D. degree in Polymer Engineering. The Department awards about 50 Ph.D. and M.S degrees each year. We are pleased that our graduates have gone on to successful careers in industry, government service, and academia throughout the world. Additionally, there are undergraduate students in the College of Engineering and the Buchtel College of Arts and Sciences who often work on either independent projects with DPE faculty or who take some of our courses that are suitable as electives for majors in engineering and the physical sciences.

Our faculty members are recognized worldwide for their contributions to polymer research and education, as well as service to the polymer field. The faculty have been recognized with numerous awards and distinctions, ranging from the International Award of the Society of Plastics Engineers and the Melvin Mooney Distinguished Technology Award of the Rubber Division of the American Chemical Society, to Fellowships in major polymer-related societies, such as the American Physical Society, American Association for the Advancement of Science , American Chemical Society, and the Society of Plastics Engineers. In addition, our younger faculty have been recognized with Faculty Early Career Awards from the National Science Foundation. DPE faculty are actively engaged in various scientific organizations, edit several scientific journals, and have written a number of textbooks and monographs.

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Submissions from 1984

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The control of ionic interactions in sulfonated polystyrene ionomers by using alkyl-substituted ammonium counterions, Robert Weiss

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The control of the melt rheology and physical properties of polystyrene by ionic interaction, Robert Weiss, P. K. Agarwal, and R. D. Lundberg

Submissions from 1983

Mechanical Behavior of Solid Film Adhesives With Scrim Carrier Cloths, Erol Sancaktar

Rate and Time Dependent Stress Concentration in Double Lap Joints, Erol Sancaktar

The Effects of Cure Temperature and Time on the Bulk Tensile Properties of a Structural Adhesive, Erol Sancaktar

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The influence of thermal history on the microstructure of sulfonated polystyrene ionomers, Robert Weiss

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Thermal and rheological properties of blends of polystyrene and thermotropic liquid crystals., Robert Weiss

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Time dependent characteristics of sulfonated EPDM containing zinc stearate I. thermal behavior, Robert Weiss

Submissions from 1982

Creep in High Temperature Adhesives, Erol Sancaktar

The effects of inherent flaws on the time and rate dependent failure of adhesively bonded joints, Erol Sancaktar

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Microphase separation in sulfonated polystyrene ionomers, Robert Weiss

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The effect of aging on the thermal behavior of sulfonated polystyrene, Robert Weiss

The role of zinc stearate crystallization in the reinforcement of sulfonated EPDM, Robert Weiss

Submissions from 1981

Non-destructive examination of adhesive bonds with neutron radiography, Erol Sancaktar

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Mechanical properties of polypropylene reinforced with short graphite fibers., Robert Weiss

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Strength improvement of short graphite fiber-reinforced polypropylene, Robert Weiss

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The influence of intermolecular interactions on the melt rheology of a propylene-acrylic acid copolymer and its salts., Robert Weiss

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The mechanical properties of polypropylenes reinforced with short graphite fibers, Robert Weiss

Submissions from 1980

A Photoelastic Study of the Stress Distribution in Adhesively Bonded Joints with Prebent Adherends, Erol Sancaktar

Failure characterization of a structural adhesive, Erol Sancaktar

The Viscoelastic Shear Behavior of a Structural Adhesive, Erol Sancaktar

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Phosphonate ionomers based on phosphonylated ethylene-propylene copolymer, Robert Weiss

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The synthesis of sulfonated polymers by free radical copolymerization. (Poly(butadiene-co-sodium styrene sulfonate)., Robert Weiss

Submissions from 1979

Practical Characterization of a Structural Epoxy Adhesive, Erol Sancaktar

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Properties of polyethylene modified with phosphonate side groups. III. Hydration characteristics and water permeability, Robert Weiss

Submissions from 1978

Fracture Surface Studies of Single Lap Joints Bonded with a Viscoelastic Adhesive, Erol Sancaktar

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Properties of polyethylene modified with phosphonate side groups. II. Dynamic mechanical properties, Robert Weiss

Submissions from 1977

A Gasket of Rotating Shaft, Arkadii Leonov

FUNDAMENTALS IN PROCESSING OF THERMOSETTS AND RUBBERS BY INJECTION MOLDING , Arkadii Leonov

The Shear Behavior of a Viscoelastic Structural Adhesive, Erol Sancaktar

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Properties of polyethylene modified with phosphonate side groups I. Thermal and mechanical properties, Robert Weiss

Submissions from 1975

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Analysis of caprolactam polymerization, Robert Weiss

Submissions from 1973

Method of Determination of Rheological Properties of Viscoelastic Media, Avraam Isayev

Pulverizer of High Viscous Systems, Avraam Isayev

Submissions from 1972

Vibration Nozzle to Injection Molding Machine for Polymer Materials, Arkadii Leonov

Submissions from 1968

ROTATIONAL DEVICES. The MEASUREMENTS OF VISCOSITY AND PHYSICO-MECHANICAL CHARACTERISTICS OF MATERIALS., Arkadii Leonov