Integral Equations Related to Volterra Series and Inverse Problems: Elements of Theory and Applications in Heat Power Engineering
in the study of inverse problems of the dynamics of controlled heat power systems. The main
focus of the work is aimed at studying the specifics of the classes of Volterra equations of the first
kind that arise when describing nonlinear dynamics using the apparatus of Volterra integro-power
series. The subject area of the research is represented by a simulation model of a heat exchange
unit element, which describes the change in enthalpy with arbitrary changes in fluid flow and heat
supply. The numerical results of solving the problem of identification of transient characteristics
are presented. They illustrate the fundamental importance of practical recommendations based on
sufficient conditions for the solvability of linear multidimensional Volterra equations of the first
kind. A new class of nonlinear systems of integro-algebraic equations of the first kind, related to the
problem of automatic control of technical objects with vector inputs and outputs, is distinguished.
For such systems, sufficient conditions are given for the existence of a unique, sufficiently smooth
solution. A review of the literature on these problem types is given
Библиографическая ссылка
Solodusha S.V., Bulatov M.V. Integral Equations Related to Volterra Series and Inverse Problems: Elements of Theory and Applications in Heat Power Engineering // Mathematics. Vol.9. No.16. 2021. DOI: 10.3390/math9161905WOS
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