Influence of abrasive particles on Surface hardness of free cutting brass in ball burnishing process

Q3 Decision Sciences
P. Kumara, Acharya Shishir, C. Mathias, A. Patil, K. Kumara
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引用次数: 0

Abstract

This paper examines the rational that causes the huge failure of hand water pumps in remote towns from an automated transmission perspective, by looking at the already existing hand water pump automation transmission procedures in Nigeria where over 5,000 hand pumps were installed and about 70% are not working. This paper examined the lack of a well-structured and sustainable knowledge sharing practices within the main stakeholders, community users, and the government. It was analyzed that maintenance and operations, and the integration of a project management strategy were requisite criteria for the sustainability of the hand water pump in the remote towns’ water supply project. Community users have minimum involvement throughout the project phase; they have no knowledge on the technical approach of accessing the failed parts, the community does not have a trained expert to work on it and the government does not reserve spare parts of the equipment. The communication between the remote users and the suppliers is very poor which contributes which also leads to problems. Therefore, it is necessary to have a strategic focus on allocation of resources for automation transmission process. There is need for a model of maintenance which results from the objective of the study to provide for practical coordination that integrates both major stakeholders. The objective is to establish an institutional and sustainable support system through various partnerships.
磨料颗粒对自由切削黄铜球磨表面硬度的影响
本文从自动化传输的角度考察了导致偏远城镇手动水泵巨大故障的原因,通过查看尼日利亚已经存在的手动水泵自动化传输程序,其中安装了5000多台手动水泵,约70%不工作。本文考察了主要利益相关者、社区用户和政府内部缺乏结构良好和可持续的知识共享实践。分析了偏远乡镇供水工程中手水泵的维护和运行,以及项目管理策略的整合是可持续发展的必要条件。社区用户在整个项目阶段的参与度最低;他们不知道获取故障部件的技术方法,社区没有训练有素的专家来解决这个问题,政府也没有储备设备的备件。远程用户和供应商之间的沟通非常差,这也导致了问题的出现。因此,有必要将战略重点放在自动化传动过程的资源配置上。需要一种维护模式,这种模式源于研究的目标,以提供整合两个主要利益相关者的实际协调。目标是通过各种伙伴关系建立一个体制和可持续的支助系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
International Journal of Industrial Engineering and Production Research
International Journal of Industrial Engineering and Production Research Engineering-Industrial and Manufacturing Engineering
CiteScore
1.60
自引率
0.00%
发文量
0
审稿时长
10 weeks
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