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首页> 外文期刊>International Journal of Manufacturing, Materials and Mechanical Engineering >Using Vegetable-Oil-Based Sustainable Metal Working Fluids to Promote Green Manufacturing
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Using Vegetable-Oil-Based Sustainable Metal Working Fluids to Promote Green Manufacturing

机译:采用蔬菜 - 油的可持续金属工作流体促进绿色制造

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摘要

The ever-increasing awareness of the environmental and health hazards of petroleum and mineral-oil-based metalworking fluids (MWFs) is forcing the scientist and tribologists to develop alternative MWFs. Mineral and petroleum-oil based MWFs are also considered non-biodegradable which hinders their successful implementation in metal machining which requires regular disposal of used cutting fluids. On the other hand, vegetable-oil based MWFs are considered as sustainable green metalworking fluids/lubricants which are biodegradable and have superior cooling and lubricating properties. A review is done on current literature which shows that vegetable-oil based MWFs are not only better alternatives considering its eco-friendly nature but also offers better machining performance by enhancing the cutting tool lifetime and minimizing the cutting tool/workpiece interface temperature, friction and surface roughness. Different cutting methods like dry machining, flood cutting, and minimum quantity lubrication techniques are compared for a better understanding of the reported studies.
机译:不断提高石油和矿物油的金属加工液(MWF)的环境和健康危害的认识是强迫科学家和摩擦学家开发替代MWF。矿物和石油基于基于MWF的MWF也被认为是不可生物降解的,阻碍了它们在金属加工中的成功实施,这需要定期处理二手切削液。另一方面,基于植物油的MWF被认为是可持续的绿色金属加工液/润滑剂,可生物降解,具有优异的冷却和润滑性能。目前的文献中的审查表明,植物油基础的MWF不仅可以更好地考虑其环保性质,还可以通过增强切削工具寿命并最大限度地减少切削工具/工件界面温度,摩擦和更新的加工性能,以更好地提供更好的加工性能。表面粗糙度。比较不同的切割方法,如干加工,泛冰和最小数量润滑技术,以更好地了解报告的研究。

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