STUDY OF ZERO ORDER BROWN'S SELF-ADJUSTING MODEL FOR PREDICTING IRREVERSIBLE PROCESSES AND PHENOMENA

Short-term fire forecast in the room

Development of a self-adjusting zero-order Brown model for predicting irreversible processes and phe

STUDY OF ZERO ORDER BROWN'S SELF-ADJUSTING MODEL FOR PREDICTING IRREVERSIBLE PROCESSES AND PHENOMENA

Fire forecasting, self-adjusting Brown's model, ignition, air environment, current measure of recurrence

The results obtained for the combustion of alcohol and wood in the laboratory chamber as a whole testify to the significant advantages of using the proposed modification of the zero-order Brown model for short-term indoor fire forecasting

Forecasting of fire in premises of objects

The results were obtained on the basis of experimental data on the state of the air environment in a laboratory chamber when alcohol and wood were set