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首页> 外文期刊>International Journal of Economic and Environment Geology >Determination of Performance Analysis for an Underground Colliery Utilizing Mechanized Production System
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Determination of Performance Analysis for an Underground Colliery Utilizing Mechanized Production System

机译:地下煤矿机械化生产系统性能分析的确定

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Performance is one of the most important parameters for today’s business organizations. An organization that is low on performance, no matter how much high quality products they have, cannot take the share they desire from the market. It is the inevitable result for organizations with low performances to lose money and get closed down. Nowadays performance is measured in many ways. In this work; the production performance of ?merler Colliery, which is the only government controlled mechanized lignite mine authorized under the Western Lignite Corporation (WLC) and the factors that caused performance decrease has been determined. In order to gain performance measurements; effectiveness, efficiency and productivity criteria have been used and performance indexes have been acquired. As the result of the performance analysis, it is understood that there has been malfunctions with; in order; belt conveyor, chain conveyor, shearer and fortification that has been effective in the decrease of performance. Performance indexes, which are barely derived from the multiplication of performance parameters, are examined and it is deducted that the highest relation is achieved for the efficiency parameter with a correlation constant (r) of 0.9489 and a certainty constant (R2) of 0.9005 while the lowest relation is obtained for the efficiency parameter with a correlation constant (r) of 0.4621 and certainty constant (R2) 0.2135. With this acquired result it has been determined that by only measuring effectiveness, performance detection cannot be made.
机译:绩效是当今商业组织最重要的参数之一。一个绩效低下的组织,无论他们拥有多少高质量的产品,都无法从市场上夺取他们想要的份额。对于绩效低下的组织来说,这是必然的结果,那就是亏本并倒闭。如今,绩效可以通过多种方式进行衡量。在这项工作中;菲勒煤矿的生产性能,这是西方褐煤公司(WLC)授权的唯一由政府控制的机械化褐煤矿,并确定了导致性能下降的因素。为了获得性能评估;使用了有效性,效率和生产率标准,并获得了性能指标。作为性能分析的结果,可以理解存在故障。为了;带式输送机,链式输送机,采煤机和设防设施,已有效降低了性能。检查了性能指标,这些性能指标几乎不能从性能参数的乘积中得出,并且可以推断出,效率参数具有最高相关性,相关系数(r)为0.9489,确定性常数(R2)为0.9005,而相关系数(r)为0.9005。效率参数的最低关系为相关常数(r)为0.4621,确定性常数(R2)为0.2135。根据该获得的结果,已经确定仅通过测量有效性就不能进行性能检测。

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