Tuesday, October 12th. Social hour starts at 6:00 PM, Dinner at
7:00 PM, Presentation at 8:00PM.
> PROGRAM
> Prof. James Seferis, Composite Materials Systems Design for Chemical Engineers
> ABOUT THE PROGRAM
> Polymeric materials (composites) have been utilized for over a century in diverse
applications such as the rubber, plastic, fiber, coatings and adhesive industries.
Composites have only relatively recently been introduced in the aerospace industry in the
last few decades. Composites offer superior performance and weight savings over
traditional metal structures but must be carefully designed with emphasis in construction
and manufacturing.
> Composite structures need to be understood from both an isolated and systemic
standpoint to facilitate new designs. Systemic evaluation should incorporate the business
process from inception to commercialization. This presents a challenge to higher education
which has up to now taken the approach that innovation and fundamental understanding are
independent of the business environment. Several examples identifying successes and
failures to this needed paradigm shift which is currently thinking place in industry and
academia will be presented in this talk. The audience is encouraged to share their
experiences.
> ABOUT THE SPEAKER
> Dr. Seferis received his BS degree from the U. of Colorado and his Ph.D. from the
U. of Delaware in 1977, both in chemical engineering. He joined the U. of W. Dept. of
ChemE. faculty in 1977. In 1982, he established the Polymeric Composites Laboratory at the
University of Washington, a model program for research in a university environment in
collaboration with chemical material and aerospace industries. Dr. Seferis was promoted to
his current rank of full professor in 1985 and was named Boeing/Steiner Professor of
Polymeric Composite Materials in 1991.
> Dr. Seferis' research focus is interrelating structure processing and properties
of fiber-reinforced polymers, with emphasis on thermal analysis. He has developed special
courses as well as his research program in polymer physics and engineering, with major
emphasis in polymer composites for high performance load-bearing applications. Recently he
investigated scaling phenomena relating to manufacturing, performance, and design. He has
pioneered teaming relationships in industry, in the classroom and in his research. In 1993
he established the Team Certificate Program with a university-wide, interdisciplinary
committee providing education in a team environment to practicing professionals at the
management and technical level. Dr. Seferis is a consultant to many companies, including
Boeing, Hexcel, Toray, Raytheon, TA Instruments, and Korean Air, dealing with technical,
managerial, and organizational global issues.
> LOCATION
> Houlihan's (425 452-7300); 550 106th Ave. NE, Bellevue
> Menu Selections
> Stuffed Chicken Breast - Tender chicken breast filled with savory herb and garlic
cheese, then lightly breaded, saut> éed and topped with delicious dill-butter sauce.
Served with mashed potatoes and sugar snap peas.
> Grilled Vegetable Rigatoni - Fresh red bell pepper, broccoli, red onion, zucchini,
mushrooms, fresh tomatoes and rigatoni tossed with a basil marinera sauce. Sprinkled with
Romano cheese.
> Both meals come with salad and coffee, ice tea and/or soda.
> Cost: $18
> Make reservations by calling 206-623-8632 by noon of the Friday before the
meeting. You can cancel by calling by noon of the meeting day. Dinner reservation
"no-shows" will be billed.>
DIRECTIONS
> From 405 headed South, take NE 8th exit headed west. Left on 106th, then 3 short
blocks to the Bellevue Galleria Center on your left. From 405 headed North, take NE 4th
exit headed west. Right on 106th, the Bellevue Galleria Center will be on your right.
> Houlihan's is on the NE corner, ground floor of the 3 story Galleria Center on
106th between NE 4th and 8th. Look for a purple neon sign. The Galleria Center is in
between the Good Guys and Puget Sound Energy. Park in the Galleria Center Garage on the
south side of the Center. Parking will be validated by Houlihan's.