首页> 外文会议>World Tribology Congress III 2005 vol.2 >MAJOR ADVANCES IN TRIBOLOGY FOR LOW HEAT REJECTION ENGINES - A TEN-YEAR OVERVIEW
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MAJOR ADVANCES IN TRIBOLOGY FOR LOW HEAT REJECTION ENGINES - A TEN-YEAR OVERVIEW

机译:低热量排斥引擎的摩擦学研究的主要进展-十年概述

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In the last decade, Surfaces Research and the U.S. Army have made very significant advances in tribology for high-power-density, low-heat-rejection (LHR) diesel engines. High-temperature tribology issues, which had been major technological hurdles for LHR engine technology, have now been solved. We have developed totally new and economical Group V-based lubricants and self-lubricating coatings in our laboratories. These new lubricants enable reliable, long-term operation of diesel engines with oil sump and engine coolant more than 38℃ (100℉) higher than conventional operating temperatures. Over 1300 hours of engine testing have provided detailed data on lubricant and engine component performance at high-temperature, high-BMEP LHR engine conditions.
机译:在过去的十年中,Surfaces Research和美国陆军在高功率密度,低排热量(LHR)柴油机的摩擦学方面取得了非常重要的进步。高温摩擦学问题一直是LHR发动机技术的主要技术障碍,现已解决。我们在实验室中开发了全新且经济的基于V组的润滑剂和自润滑涂料。这些新型润滑剂可使油底壳和发动机冷却液比传统工作温度高38℃(100℉)以上的柴油发动机可靠,长期运行。超过1300个小时的发动机测试提供了有关润滑油和发动机组件在高温,高BMEP LHR发动机条件下的性能的详细数据。

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