Aerodynamic interaction of drop liquid with ventilation flows when fires occur in underground workings

We have designed mathematical model of aerodynamic interaction of drop liquid with ventilation flow when units of water firefighting turn on automatically along the working at a definite distance from each other. This distance depends on fire area. Implementation of the designed model on computer allows to forecast the consequences caused by sudden switch on of water firefighting units and work out advanced measures on steady ventilation of workings which are equipped with belt conveyers.