Optimal Sizing of Conventionally-Sunk Ventilation Shafts Based Upon Capital and Operating Criteria (86dbf6a4-5bfb-4e9e-9d1f-a7e091bc8fe0)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
Y. J. Wang Jan M. Mutmansky Gordon H. Walrod
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
2
File Size:
129 KB
Publication Date:
Jan 11, 1979

Abstract

The approach proposed in this paper is, as stated by the authors, an update of methods well discussed in the literature. The authors are to be congratulated for their excellent effort in quantifying a difficult problem with realistic cost data. Economic analysis of the components of a mine ventilation system is complicated by both the dynamic nature of the system and the uncertainty as to the time when system changes occur. We wish to address three specific areas of this paper which require further consideration: shaft designed air capacity, shaft location, and economic criteria used within the analysis
Citation

APA: Y. J. Wang Jan M. Mutmansky Gordon H. Walrod  (1979)  Optimal Sizing of Conventionally-Sunk Ventilation Shafts Based Upon Capital and Operating Criteria (86dbf6a4-5bfb-4e9e-9d1f-a7e091bc8fe0)

MLA: Y. J. Wang Jan M. Mutmansky Gordon H. Walrod Optimal Sizing of Conventionally-Sunk Ventilation Shafts Based Upon Capital and Operating Criteria (86dbf6a4-5bfb-4e9e-9d1f-a7e091bc8fe0). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1979.

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