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High-efficiency assessment and valuation of underground mining methods

机译:地下采矿方法的高效评估和评估

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摘要

Since several years the author is engaged in research activities in the field of mining method modelling (Oberndorfer, 1993 and 1994). The initial goal was to improve and assist the selection of the most appropriate mining method. However during investigations it became obvious that the most beneficial application of computer support is the fast calculation of numerical assessment rather than the consideration of all, i.e. also qualitative, criterions necessary for final decision. Numerical results serve - together with qualitative considerations based on the experience of the mining engineer - as a basis for decision. The emphasis is on "fast" calculation, as only this property makes it possible to calculate and compare many distinct variations. As long as no procedure exists, which optimizes all involved parameters, calcualting many variations is of great important, because it is the only way to increase the chance to pick a alternative "close to optimum", but also to learn about the sensitivity the result will react on changes of input parameters, which are rarely known exactly. Generally speaking many trials give a better basis for final decision.
机译:几年以来,作者一直从事采矿方法建模领域的研究活动(Oberndorfer,1993和1994)。最初的目标是改善和协助选择最合适的采矿方法。但是,在调查过程中,显而易见的是,计算机支持的最有益的应用是数字评估的快速计算,而不是最终决定所必需的所有标准,即定性标准。数值结果与基于采矿工程师经验的定性考虑一起用作决策的基础。重点在于“快速”计算,因为只有此属性才能计算和比较许多不同的变化。只要不存在能够优化所有相关参数的程序,计算许多变异就非常重要,因为这是增加选择“接近最佳”替代方案的唯一途径,而且也是了解结果敏感性的唯一方法会对输入参数的变化做出反应,而这鲜为人知。一般而言,许多试验为最终决策提供了更好的基础。

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