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Face Ventilation in Underground Bituminous Coal Mines. Airflow Characteristics of Flexible Spiral-Reinforced Ventilation Tubing

R. G. Peluso

The report describes methods and results of studies to determine friction and shock losses encountered in auxiliary face ventilation systems for underground bituminous coal mines, using flexible, spiral-reinforced ventilation tubing. The results, tabulated in graphic form, simplify fan selection and enable mine operators to design adequate auxiliary ventilation systems. A sample problem shows the use of graphs in calculating characteristics.

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Face Ventilation in Underground Bituminous Coal Mines. Airflow Characteristics of Flexible Spiral-Reinforced Ventilation Tubing

R. G. Peluso

The report describes methods and results of studies to determine friction and shock losses encountered in auxiliary face ventilation systems for underground bituminous coal mines, using flexible, spiral-reinforced ventilation tubing. The results, tabulated in graphic form, simplify fan selection and enable mine operators to design adequate auxiliary ventilation systems. A sample problem shows the use of graphs in calculating characteristics.

Face Ventilation in Underground Bituminous Coal Mines. Airflow Characteristics of Flexible Spiral-Reinforced Ventilation Tubing

R. G. Peluso

The report describes methods and results of studies to determine friction and shock losses encountered in auxiliary face ventilation systems for underground bituminous coal mines, using flexible, spiral-reinforced ventilation tubing. The results, tabulated in graphic form, simplify fan selection and enable mine operators to design adequate auxiliary ventilation systems. A sample problem shows the use of graphs in calculating characteristics.

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Title:

Face Ventilation in Underground Bituminous Coal Mines. Airflow Characteristics of Flexible Spiral-Reinforced Ventilation Tubing

Contributors:

R. G. Peluso (author)

Publication date:

1968

Size:

18 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Mineral Industries , Coal mines , Ventilation , Systems engineering , Management planning , Reinforcing materials , Tubes , Mathematical models , Bituminous coal , Human factors engineering , Air flow , Design , Ventilation tubing , Flexible tubing

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