ForeCasting the maximum depths of Corrosion of heat exChanger elements in designing the heat exChanger- a mathematiCal model

摘要

The paper presents the system of aCtivities that aim at foreCasting the maximum depths of Corrosion of heat exChanger elements. The developed examples of algorithms ConCern estimation of the maximum depths of Corrosion on both sides of Condenser pipek and shell in the ship's steam turbine. The aim of this partiCular foreCasting in designing heat exChangers is introduCtion of the estimated depth values of Corrosion of their elements in order to CalCulate struCtural strength of heat exChangers. Conseauently, the aim of verifiCation is to CheCk CorreCtness of designing aCtivities within foreCasting the maximum depths of Corrosion of heat exChangers elements. And then, to CheCk definite models that were applied in this foreCasting. The paper refers to the method of designing heat exChangers of the teChniCal power system desCribed in the work fJJ. The presented foreCasting along with its algorithms are supplements to the papers [2, 3].