13
[9] Gendrue, N., et al., Field survey of mine ventilation
system for large opening underground mines: Pressure,
relative humidity, and temperature, in Proceedings of the
18th North American Mine Ventilation Symposium, P.
Tukkaraja, Editor. 2021, CRC Press: Rapid City, SD.
p. 489–497.
[10] Raj, K.V., S. Bandopadhyay, and R.V. Ramani,
Turbulent Models for Pollutant Transport in Openpit
Mines under Stable Boundary Layer. Transactions of
Society for Mining, Metallurgy, and Exploration, Inc,
2015. 338: p. 476–486.
[11] Raj, K.V. and S. Bandopadhyay, CFD Modeling Of
Cloud Cover for Pollutants Dispersion in Deep Open-
Pit Mines Under Arctic Air Inversion, in SME Annual
Meeting. 2017, SME: Denver, CO. p. 1–8.
[12] Kumar, A.R., K.M. Henderson, and S. Schafrik, Scale
modeling, PIV, and LES of blowing type airflow in a deep
cut continuous coal mining section, in Proceedings of the
18th North American Mine Ventilation Symposium, P.
Tukkaraja, Editor. 2021, CRC Press: Rapid City, SD.
p. 65–74.
[13] Bhargava, R., et al., Airflow characteristic curves for a
mature block cave mine, in Proceedings of the 18th North
American Mine Ventilation Symposium, P. Tukkaraja,
Editor. 2021, CRC Press: Rapid City, SD. p. 56–64.
[14] Morla, R., S. Karekal, and A. Godbole, Transient-
flow modelling of DPM dispersion in unventilated
dead-end crosscuts and control strategy using curtain,
in Proceedings of the 18th North American Mine
Ventilation Symposium, P. Tukkaraja, Editor. 2021,
CRC Press: Rapid City, SD. p. 77–85.
[15] Gendrue, N., S. Liu, and S. Bhattacharyya, An inves-
tigation of booster fan placements in a large opening
underground stone mine utilizing CFD, in Proceedings of
the 19th North American Mine Ventilation Symposium,
P. Tukkaraja, Editor. 2023, CRC Press: Rapid City,
SD. p. 3–14.
[16] Watkins, E. and V. Gangrade, Optimization of auxil-
iary fan placement for large-opening underground stone
mines, in SME Annual Meeting. 2022: Salt Lake City,
UT. p. 1–4.
[17] Mohamed, K., et al., Enhancing Ventilation and
Development Planning in Underground Stone Mines:
Insights from a CFD-Based Study, in SME Annual
Meeting. 2024, SME: Phoenix, AZ.
[18] Raj, K.V. and V. Gangrade, CFD Modeling of a Large-
Opening Stone Mine using COMSOL Multiphysics,
in Proceedings of the 19th North American Mine
Ventilation Symposium, P. Tukkaraja, Editor. 2023,
CRC Press: Rapid City, SD. p. 69–82.
[9] Gendrue, N., et al., Field survey of mine ventilation
system for large opening underground mines: Pressure,
relative humidity, and temperature, in Proceedings of the
18th North American Mine Ventilation Symposium, P.
Tukkaraja, Editor. 2021, CRC Press: Rapid City, SD.
p. 489–497.
[10] Raj, K.V., S. Bandopadhyay, and R.V. Ramani,
Turbulent Models for Pollutant Transport in Openpit
Mines under Stable Boundary Layer. Transactions of
Society for Mining, Metallurgy, and Exploration, Inc,
2015. 338: p. 476–486.
[11] Raj, K.V. and S. Bandopadhyay, CFD Modeling Of
Cloud Cover for Pollutants Dispersion in Deep Open-
Pit Mines Under Arctic Air Inversion, in SME Annual
Meeting. 2017, SME: Denver, CO. p. 1–8.
[12] Kumar, A.R., K.M. Henderson, and S. Schafrik, Scale
modeling, PIV, and LES of blowing type airflow in a deep
cut continuous coal mining section, in Proceedings of the
18th North American Mine Ventilation Symposium, P.
Tukkaraja, Editor. 2021, CRC Press: Rapid City, SD.
p. 65–74.
[13] Bhargava, R., et al., Airflow characteristic curves for a
mature block cave mine, in Proceedings of the 18th North
American Mine Ventilation Symposium, P. Tukkaraja,
Editor. 2021, CRC Press: Rapid City, SD. p. 56–64.
[14] Morla, R., S. Karekal, and A. Godbole, Transient-
flow modelling of DPM dispersion in unventilated
dead-end crosscuts and control strategy using curtain,
in Proceedings of the 18th North American Mine
Ventilation Symposium, P. Tukkaraja, Editor. 2021,
CRC Press: Rapid City, SD. p. 77–85.
[15] Gendrue, N., S. Liu, and S. Bhattacharyya, An inves-
tigation of booster fan placements in a large opening
underground stone mine utilizing CFD, in Proceedings of
the 19th North American Mine Ventilation Symposium,
P. Tukkaraja, Editor. 2023, CRC Press: Rapid City,
SD. p. 3–14.
[16] Watkins, E. and V. Gangrade, Optimization of auxil-
iary fan placement for large-opening underground stone
mines, in SME Annual Meeting. 2022: Salt Lake City,
UT. p. 1–4.
[17] Mohamed, K., et al., Enhancing Ventilation and
Development Planning in Underground Stone Mines:
Insights from a CFD-Based Study, in SME Annual
Meeting. 2024, SME: Phoenix, AZ.
[18] Raj, K.V. and V. Gangrade, CFD Modeling of a Large-
Opening Stone Mine using COMSOL Multiphysics,
in Proceedings of the 19th North American Mine
Ventilation Symposium, P. Tukkaraja, Editor. 2023,
CRC Press: Rapid City, SD. p. 69–82.