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Improving Heat Treating Flexibility for Wind Turbine Gear Systems Through Carburizing, Quenching and Material Handling Alternatives

机译:通过渗碳,淬火和材料处理替代品改善风力涡轮机齿轮系统的热处理柔韧性

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Part handling and processes for heat treating large gears have created challenges for decades. Growth in wind energy technology has focused more attention on this issue in recent years. The vast majority of installations processing such large parts utilize conventional methods via pit furnace systems. Such equipment has inherent limitations with respect to quench flow and part handling, making true improvements in areas such as distortion control difficult due to physical limitations of this processing approach. This presentation will explain alternative methods for heat treating large components that allow part distortion to be minimized. Benefits will be quantified regarding cost savings to produce such gearing and quality.
机译:部件处理和热处理大型齿轮的过程已经为几十年创造了挑战。近年来,风能技术的增长将更多地关注这个问题。绝大多数安装处理这种大型部件通过坑炉系统利用传统方法。这种设备相对于淬火流动和部分处理具有固有的局限性,使得由于该处理方法的物理限制而困难的区域的真实改进。该呈现将解释热处理允许零件失真最小化的大型部件的替代方法。有关成本节省的福利,以生产此类传动和质量。

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