Toporen S. Improvement of heat generating low power installations by controlling the aerodynamic processes in the furnace.

The dissertation is devoted to the research of the effectiveness of the use of fire-tube boilers of low power in conditions of reducing the heating load. On the basis of theoretical justification there was experimentally confirmed the possibility of change of maximum and minimum temperatures position in the combustion chamber in respect to furnace walls depending on the volume of combustion gas. To address the objectives of this scientific work, in the experimental part there has been investigated the impact of the combustion chamber configuration on its calorific intensity depending on the changing heating load. There is proposed formula for determining the position of temperature maximum in the combustion chamber of small capacity boilers. This served to clarify the methods of calculating the fire-tube boilers of low power.