Numerical modeling for the retrofit of the hydraulic cooling subsystems in operating power plant


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Abstract

This paper presents the possibility of using the numerical methods to analyze the work of hydraulic systems on the example of a cooling system of a power boiler auxiliary devices. The variety of conditions at which hydraulic system that operated in specific engineering subsystems requires an individualized approach to the model solutions that have been developed for these systems modernizing. A mathematical model of a series-parallel propagation for the cooling water was derived and iterative methods were used to solve the system of nonlinear equations. The results of numerical calculations made it possible to analyze different variants of a modernization of the studied system and to indicate its critical elements. An economic analysis of different options allows an investor to choose an optimal variant of a reconstruction of the installation.

About the authors

S. AlSaqoor

Department of Mechanical Engineering

Email: a.alahmer@ttu.edu.jo
Jordan, Tafila, 66110

A. Alahmer

Department of Mechanical Engineering

Author for correspondence.
Email: a.alahmer@ttu.edu.jo
Jordan, Tafila, 66110

F. Al Quran

Department of Mechanical Engineering

Email: a.alahmer@ttu.edu.jo
Jordan, Al Balqa, 19117

A. Andruszkiewicz

Faculty of Mechanical and Power Engineering

Email: a.alahmer@ttu.edu.jo
Poland, Wroclaw, 50370

K. Kubas

Faculty of Mechanical and Power Engineering

Email: a.alahmer@ttu.edu.jo
Poland, Wroclaw, 50370

P. Regucki

Faculty of Mechanical and Power Engineering

Email: a.alahmer@ttu.edu.jo
Poland, Wroclaw, 50370

W. Wędrychowicz

Faculty of Mechanical and Power Engineering

Email: a.alahmer@ttu.edu.jo
Poland, Wroclaw, 50370


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