Network Conditions That Ensure Correct Prediction Of Airflow Direction When Developing Connecting Airways (0f93bca2-73fe-4a75-b4c2-948271692d0b)

Society for Mining, Metallurgy & Exploration
J. M. Mutmansky Y. J. Wang
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
10
File Size:
138 KB
Publication Date:
Jan 1, 1999

Abstract

The usual method employed to determine the direction of flow in a connecting airway in advance is to conduct a survey between the two existing nodes being connected by means of the new airway. It is then assumed that airflow will take place from the node with higher pressure to the node with lower pressure. The purpose of this paper is to examine this direction-of-flow problem -- using properties of the system characteristic curve for a two-terminal network -- and specify some conditions that ensure that flow will take from the higher-pressure node to the lower-pressure node. It is concluded that the only requirement is that all characteristic curves of fans in the network should be strictly decreasing. Five numerical examples illustrate some important properties of the direction-of-flow problem.
Citation

APA: J. M. Mutmansky Y. J. Wang  (1999)  Network Conditions That Ensure Correct Prediction Of Airflow Direction When Developing Connecting Airways (0f93bca2-73fe-4a75-b4c2-948271692d0b)

MLA: J. M. Mutmansky Y. J. Wang Network Conditions That Ensure Correct Prediction Of Airflow Direction When Developing Connecting Airways (0f93bca2-73fe-4a75-b4c2-948271692d0b). Society for Mining, Metallurgy & Exploration, 1999.

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