October 2009 - Technical Meeting
Meeting Details
Time:
Social Half Hour at 6:00 PM
Dinner at 6:30 PM
Lecture at 7:15 PM
Date:October 20th, 2009
Location:
Tippecanoe Place
620 W Washington St.
South Bend, IN 46601-1444
(574) 234-9077
Topic:See Details Below
Dinner:Same Location
Dinner Choices:
- Grilled Chicken Pasta
Tender breast of chicken gently seasoned and charbroiled, thinly sliced and served over pasta in a Boursin cream sauce.
- Classic Cut Prime Rib
Our "House Specialty" is tender and flavorful, hand-selected, corn-fed Midwestern Prime Rib of Beef, coated with a delicate herb crust, carefully slow-roasted and served with Ruby Port au jus and Horseradish sauce.
Ice Cream and Coffee Included
Cost: $20
Want to Come?
Tell our Secretary by using the Contact page from the navigation bar above!
Discussion Details
Speaker:
Stephen T. Gonczy, PhD
President, Gateway Materials Technology Inc.
Mt. Prospect, IL
Abstract:
Ceramics were the first “engineered” material and they continue to be an integral part of our industrial society with broad applications in construction, electronics, and industrial processing. But there is growing interest in using ceramics in structural roles in hot sections of engines, as new ceramics offer higher temperature capabilities than current metals. The turbine engine community has a particularly strong effort in developing these ceramics, because of the promise of higher fuel efficiency, as well as significant weight savings for aircraft turbines. Steve Gonczy will discuss the specific applications of ceramics in turbine and internal combustion engines, the fundamentals of ceramic mechanical properties, the different types of monolithic and composite ceramics, and the benefits and challenges of inserting these new ceramics into engines.
Speaker Bio:
Steve Gonczy is a PhD scientist with over 30 years of experience in materials research and development. For the last 12 years he has been an independent consultant in high temperature materials, working with private industry and government agencies on evaluating and developing ceramics and metals for a broad range of applications. Prior to his consulting career, he was a research scientist and group leader at Allied Signal Research in Des Plaines. He is the current chair for the ASTM C28 Advanced Ceramics committee and the chair for the government-industry Ceramic Composites Handbook task group. His engineering degrees are from Marquette University and Northwestern University. He has over 50 U.S. patents and technical publications.
Presentation Concept:
- Title
- Purpose & Outline
- Traditional and Advanced Ceramics
- Definition and Range
- Applications and Market Size
- Why Ceramics – Property Comparison
- Different Kinds of Ceramics – Property Comparison
- Ceramics in Engines Today
- IC Engines
- Ceramics in Engines Tomorrow
- Turbine Engines
- IC Engines
- Mechanical Properties of Ceramics
- Flaw Dependence
- KIC
- Toughening Mechanisms
- Statistical Design
- NDE and Proof Testing
- Monolithic Ceramics
- Description and Types
- Fabrication and Costs
- Benefits and Challenges
- Ceramic Composites
- Description and Types
- Fabrication
- Costs
- Benefits and Challenges
- Who is Doing What
- Monoliths
- Composites
- References
- Richerson
- ASM







