Abstract(#br)Abrasive flow machining (AFM) is a micro finishing method的简体中文翻译

Abstract(#br)Abrasive flow machinin

Abstract(#br)Abrasive flow machining (AFM) is a micro finishing methodology applied to achieve complex geometries which are not easy to obtain using other conventional techniques. AFM removes the material in form of small chips using abrasion mechanism. It gives good surface finishing but has a limitation of low material removal. To overcome the limitation, various hybridizations of AFM process have been developed. AFM process parameters such as pressure, velocity of media and temperature distribution on work piece play a major role in micro finishing. In order to enhance the AFM process capability, it is required to analyze the critical conditions of AFM process parameters using any commercially available software’s. Therefore, in present study, three dimensional modelling of the media flow path in abrasive flow machining was developed and analyzed to obtain the effect of the parameters using ANSYS® and Fluent® software. Further to overcome the major limitation of the AFM process that is low material removal, an experiment was conducted using abrasive media with carbon nano tube (CNT) and alumina. To enhance productivity, AFM process was optimized using Taguchi L 9 OA. Also, the work piece wear during AFM process obtained from the experiments was compared with Reye–Archard–Khrushchov wear law
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结果 (简体中文) 1: [复制]
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抽象(#BR)磨料流加工(AFM)是一种微精加工方法应用于实现复杂的几何形状,其不是容易得到使用的其它常规技术。AFM可以去除的使用磨损机理小的芯片形式的材料。它提供了良好的表面光洁度,但具有低的材料去除的限制。为了克服的局限性,AFM过程的各个杂交已经制定出来。AFM工艺参数如压力,媒体和对工件的温度分布的速度起到微精加工主要作用。为了提高AFM过程能力,就需要分析使用任何市售软件的AFM工艺参数的临界条件。因此,在本研究中,媒体的三维建模流入磨料流加工路径的开发和分析,以获得使用ANSYS®和FLUENT®软件参数的影响。此外,克服了AFM过程,是低的材料去除的主要限制,一个实验,使用研磨介质与碳纳米管(CNT)和氧化铝进行。为了提高生产率,AFM过程用田口L 9 OA优化。此外,从实验中获得的过程中AFM过程中工件的磨损与雷 - Archard - 赫鲁晓夫的穿法比较 AFM过程用田口L 9 OA优化。此外,从实验中获得的过程中AFM过程中工件的磨损与雷 - Archard - 赫鲁晓夫的穿法比较 AFM过程用田口L 9 OA优化。此外,从实验中获得的过程中AFM过程中工件的磨损与雷 - Archard - 赫鲁晓夫的穿法比较
正在翻译中..
结果 (简体中文) 2:[复制]
复制成功!
Abstract(#br)Abrasive flow machining (AFM) is a micro finishing methodology applied to achieve complex geometries which are not easy to obtain using other conventional techniques. AFM removes the material in form of small chips using abrasion mechanism. It gives good surface finishing but has a limitation of low material removal. To overcome the limitation, various hybridizations of AFM process have been developed. AFM process parameters such as pressure, velocity of media and temperature distribution on work piece play a major role in micro finishing. In order to enhance the AFM process capability, it is required to analyze the critical conditions of AFM process parameters using any commercially available software’s. Therefore, in present study, three dimensional modelling of the media flow path in abrasive flow machining was developed and analyzed to obtain the effect of the parameters using ANSYS® and Fluent® software. Further to overcome the major limitation of the AFM process that is low material removal, an experiment was conducted using abrasive media with carbon nano tube (CNT) and alumina. To enhance productivity, AFM process was optimized using Taguchi L 9 OA. Also, the work piece wear during AFM process obtained from the experiments was compared with Reye–Archard–Khrushchov wear law
正在翻译中..
结果 (简体中文) 3:[复制]
复制成功!
摘要(#br)磨料流加工(AFM)是一种微细加工方法,用于实现用其它常规技术难以获得的复杂几何形状。原子力显微镜使用磨损机制去除小碎片形式的材料。它具有良好的表面光洁度,但材料去除率低。为了克服这一局限性,人们开发了多种AFM工艺的杂交技术。AFM工艺参数如压力、介质速度、工件温度分布等对微细加工有重要影响。为了提高AFM的加工性能,需要利用现有的软件对AFM工艺参数的临界条件进行分析,因此,在本研究中,开发并分析了磨料流加工中介质流动路径的三维模型,以获得参数对AFM加工性能的影响ANSYS®和Fluent®软件。为了克服AFM工艺中材料去除率低的缺点,采用碳纳米管和氧化铝作为研磨介质进行了实验。为了提高生产效率,采用田口L9OA对AFM工艺进行了优化。同时,将实验得到的工件在AFM过程中的磨损与Reye-Archard-Khrushchov磨损规律进行了比较
正在翻译中..
 
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