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E.D. Porter, Wyman-Gordon Company, Danville, IL) Die Changing Techniques for Automated Press Systems (R.F. Donna* and J . Woznicki , General Motors
Research Institute include copper-base alloys, cast iron, * - Corporation — Chevrolet Forge Plant, Detroit, MI)
ious steels, and even cobalt- and nickel-base superalloys. Forging with the Free World’s Largest (65,000 metric ton)
Hydraulic Press (J . Barbazanges* and F. Haymann, Interforge, Upper Montclair, NJ)
CONCLUDING REMARKS
The North American Forging Technology Conference has been held nearly every year since its inception in 1976. The next conference will be in the spring (March or April) of 1983, the probable location being Detroit, MI. The 1983 conference is expected to follow the general theme and format of its predecessors, while evolving to meet the changing needs of the forging industry. Presentations with substantial technical content are being sought in the areas of automation (including the use of robots and manipulators),
Close Tolerance Forging Using Multiple Action Presses (T. Altan,* Battelle-Columbus Laboratories, Columbus, OH)
Session III: Optimum Tool Design and Utilization (Chair- man: W. Sonnenberg, Caterpillar Tractor Company, York, PA)
Hard Coatings to Improve Tool Life (R. Vagle, * Scientific Coatings, Inc. , Troy, MI)
CAD/CAM Applications in Forge Shop Environment (M. Yu* and R.A. White, * Red Oak Forge Company, Red Oak, IA)
Computer Assisted Design of Track Link Forging Dies and Tooling (K. Dawson, * Caterpillar Tractor Company, East Peoria, IL)
flashless and close-tolerance forging, open-die forging, Forging Load and Analys is on a Computer v i s ion
radial forging, ring rolling, die making techniques (including CAD/CAM and quality control aspects), and management/ human factors in the forge shop. Inquiries can be directed to the author at IIT Research Institute, telephone:
(312) 567-4193, or to the Chairman of ASM’s Forging Com- mittee, Taylan Altan at Battelle-Columbus Laboratories, telephone: (614) 424-7859.
1981年北美锻造技术大会召开12月1-2日，1981年，在佐治亚州亚特兰大。它主办的ASM的锻造委员会机械的工作，并与锻压行业的合作成型事业部关联。本次会议的目的是审查和传播最新的科技与锻造的发展，重点抓好原材料利用率提高模具，机械，新工艺。 250左右的与会者包括海外参加者，来自日本，澳大利亚，法国和西德。这是一个良好的出席的事件，包括15简报（不公开）。
随着具体会议计划上市，并计划在明年召开会议。
自动化与生产力
本次大会开始就介绍了J. Sniezek罗克韦尔国际公司的经验与锻造紧公差驱动轮轴在他们莫里斯敦工厂。Sniezek先生表示，罗克韦尔1977年决定建厂是由想驱动锻造业改变。1978年12月，莫里斯敦锻造设备涵盖最新的集成锻造技术，并配有工作人员。该工厂的拉斯科主轴锻造生产线，由KASCO堡，西德制造的，主轴线上4V2英寸直径的钢筋，18至20英尺长，以下方向称重，酒吧砸在传送带输送到一个Ajax Magnatherm 1650千瓦的感应加热器他们在哪里加热到推荐的1750〜锻温度。热蛞蝓被馈送到第一两莱斯克压力机后的温度传感由一个红外传感器。一个机械手翻出蛞蝓这会超出所需温度范围。