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首页> 外文期刊>International Journal of Sustainable Manufacturing >An assessment of environmentally conscious lubrication techniques in grinding: use of minimum quantity lubrication, solid lubricants and cryogenic cooling
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An assessment of environmentally conscious lubrication techniques in grinding: use of minimum quantity lubrication, solid lubricants and cryogenic cooling

机译：对磨削环境有意识的润滑技术进行评估：使用最小量润滑，固体润滑剂和低温冷却

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摘要

The quality of work piece produced by the grinding operation greatly depends upon the heat generated due to friction and high specific energy of surface. The heat generated due to friction not only affects the integrity of work piece surface but also limits the applicability of the work piece material being ground. To overcome the effects of high heat generation in grinding, cooling and lubrication is generally provided. In this study, an effort is made to review the status on various newer, efficient and environment conscious lubrication techniques in grinding operation. It includes the method of minimising quantity of lubricants, application of solid lubricants and cryogenic cooling such techniques can reduce the cost and environmental hazards in grinding process and also leads towards the cleaner production. The performance and limitations of these methods of lubrication are highlighted here. The review also suggests some of the possible avenues of future research in cutting fluid application for grinding process.
机译：由研磨操作产生的工件质量大大取决于由于摩擦和表面的高特定能量产生的热量。由于摩擦产生的热量不仅影响工件表面的完整性，而且限制了工件材料的适用性。为了克服高热产生在研磨中的影响，通常提供冷却和润滑。在这项研究中，努力审查磨削操作中各种更新，高效和环境有意识的润滑技术的状态。它包括最小化润滑剂量的方法，固体润滑剂的应用和低温冷却这种技术可以降低研磨过程中的成本和环境危害，并导致清洁生产。这里突出了这些润滑方法的性能和限制。审查还提出了一些在切割流体应用中进行磨削过程的未来研究的一些可能的途径。

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