共查询到19条相似文献,搜索用时 46 毫秒
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基于环境意识的绿色切削加工技术 总被引:1,自引:0,他引:1
绿色制造是人类社会可持续发展的基础,是制造业未来的发展方向.绿色切削是绿色制造的关键技术.介绍了国内外绿色切削技术的特点及其应用,并探讨了其发展趋势. 相似文献
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绿色切削的关键技术及应用 总被引:3,自引:0,他引:3
绿色制造是人类社会可持续发展的基础。是制造业未来的发展方向,实施绿色切削势在必行。干切削较之湿切削是一种创新的绿色制造工艺。分析了传统切削方式及其对外部系统的影响。研究了干切削的关键技术:刀具技术、机床技术、准干切削技术、绿色切削液技术及其应用。提出了实现绿色切削之措施。 相似文献
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随着绿色制造理论的不断成熟,绿色切削加工技术也应运而生。由于绿色切削技术种类繁多,企业状况也不尽相同,这就使得企业很难选择适合自己的切削技术。基于此,在研究国内外绿色切削加工技术现状的基础上,分析了各种切削加工方法的优点、缺点、技术特点及其适用范围,形成了一个简单、相对全面的方法库,以便制造企业依据各自的情况更好地选用切削加工方法,达到提高企业生产效益、减少资源消耗和环境污染的目的。 相似文献
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绿色机械加工的研究现状及其发展 总被引:3,自引:0,他引:3
以绿色制造为基础提出了绿色机械加工的概念 ,并阐述了其内涵 ,概述了绿色机械加工的特点及其应用 ,指出尚待解决的主要问题 ,并探讨了其发展趋势 相似文献
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针对大量浇注式传统切削冷却润滑存在的主要问题,提出并构建了由供液系统、切削液和雾液回收装置所组成的适用于MQL加工的微量切削液冷却润滑系统,并阐述了微量冷却润滑系统对机床、工具系统和刀具兼容性的要求,为制造微量切削液冷却润滑系统和实施MQL加工工艺提供了理论和工程依据。 相似文献
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干式切削技术在铣削加工中的应用 总被引:6,自引:1,他引:6
干式切削是一种绿色制造工艺技术,它已成为金属切削加工发展的趋势之一。文中分析了干式切削加工对刀具的要求,讨论了刀具材料的选择,并结合实例分析了干式切削技术在铣削中的应用。 相似文献
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D. P. Adler W. W. -S. Hii D. J. Michalek J. W. Sutherland 《Machining Science and Technology》2006,10(1):23-58
Cutting fluids have seen extensive use and have commonly been viewed as a required addition to high productivity and high quality machining operations. Cutting fluid related costs and health concerns associated with exposure to cutting fluid mist and a growing desire to achieve environmental sustainability in manufacturing have caused industry and academia to re-examine the role of these fluids and quantify their benefits. This work summarizes the traditional purposes of cutting fluids and reports on recent analytical and experimental research to critically examine these functions. To minimize or even eliminate the concerns associated with cutting fluid usage, several recent and novel approaches have been proposed and are examined. 相似文献
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高速干切削技术 总被引:3,自引:0,他引:3
董必辉 《中国制造业信息化》2005,34(7):123-125
综述了高速干切削技术研究的国内外现状,重点阐述了高速干切削技术所包含的刀具、机床、工艺等方面的关键技术及其应用,并指出了其广阔的发展前景。 相似文献
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D. P. Adler W. W.-S. Hii D. J. Michalek J. W. Sutherland 《Machining Science and Technology》2013,17(1):23-58
ABSTRACT Cutting fluids have seen extensive use and have commonly been viewed as a required addition to high productivity and high quality machining operations. Cutting fluid related costs and health concerns associated with exposure to cutting fluid mist and a growing desire to achieve environmental sustainability in manufacturing have caused industry and academia to re-examine the role of these fluids and quantify their benefits. This work summarizes the traditional purposes of cutting fluids and reports on recent analytical and experimental research to critically examine these functions. To minimize or even eliminate the concerns associated with cutting fluid usage, several recent and novel approaches have been proposed and are examined. 相似文献