Automation of the early stages of structural design and analysis of control programs for aircraft jet engines and ground-based power plants

Authors

  • Aleksandr Evgenevich Kishalov UGATU
  • Dmitriy Albertovich Ahmedzyanov Ufa State Aviation Technical University (UGATU), Russia

Keywords:

aircraft jet engines, construction of the main units, selection of materials, automatic control system, mathematical modeling

Abstract

The article describes the developed expert system to support decision-making in the design of the structure and the selection of materials for the main parts and subassemblies of the flow part of aircraft jet engine and ground-based power plants. The design of the main components and the materials offered by the expert system are compared with the designs of the simulated engines. The issues of thermogasodynamic modeling of engines together with their automatic control, monitoring and diagnostics system are considered. Examples of modeling of the aircraft jet engine and ground-based power plants in various steady-state and transient modes are given. The results of comparison of experimental data and simulation results are presented.

Author Biographies

Aleksandr Evgenevich Kishalov, UGATU

Assoc. Prof. of aviation heat power engineering, Dept. of USATU. Graduate engineer of aircraft engines and power plants (USATU, 2006). Cand. of Tech. Sci. of thermal, electrical rocket engines and power plants of aircraft (USATU, 2010).

Dmitriy Albertovich Ahmedzyanov, Ufa State Aviation Technical University (UGATU), Russia

Dean of the aviation engines, energy and transport faculty of USATU. Prof. of the aviation engines dept. Dipl. of aircraft engines and power plants (USATU, 1997). Dr. of Tech. Sci. (USATU, 2007).

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Published

2021-28-12

Issue

Vol. 25 No. 4 (94) (2021): Вестник УГАТУ

Section

AIRCRAFT AND ROCKET AND SPACE TECHNOLOGY