Main approaches and features of the design of aircraft hydro-mechanical control systems
Copyright policy )Main approaches and features of the design of aircraft hydro-mechanical control systems
The main purpose of the article is to identify the main approaches and define the concept when modeling the hydro-mechanical control systems of an aircraft. The advantages and importance of a computational experiment with the aid of a virtual test bed at the stage of constructive parametric debugging of the elements of complex hydraulic systems are emphasized. The characteristics obtained from the results of the computational experiment will allow us to determine the level of adequacy of the models and subsequently choose the most optimal design and operational parameters.
- Technology Centre Czech Republic
- Ufa University of Science and Technology Russian Federation
- Korea University of Science and Technology Korea (Republic of)
- Czech Academy of Sciences Czech Republic
Artificial intelligence, Real-Time Simulation Technologies for Power Systems, experimental research, FOS: Mechanical engineering, Parametric model, Control (management), hydraulic automation devices, Hydraulic Systems Control and Optimization, Systems engineering, Engineering, nonlinear phenomena, FOS: Mathematics, Control system, Motor vehicles. Aeronautics. Astronautics, electro-hydraulic servo drive, Energy, Renewable Energy, Sustainability and the Environment, Mechanical Engineering, Control engineering, Statistics, Modeling, TL1-4050, Computer science, Constructive, Process (computing), Programming language, Mechanical system, Interrelationship between Renewable Energy and Agricultural Economics, Operating system, diagnostic modeling, Control and Systems Engineering, Parametric statistics, numerical simulation, computational experiment, Electrical engineering, Physical Sciences, Debugging, control system, aircraft, Mathematics
Artificial intelligence, Real-Time Simulation Technologies for Power Systems, experimental research, FOS: Mechanical engineering, Parametric model, Control (management), hydraulic automation devices, Hydraulic Systems Control and Optimization, Systems engineering, Engineering, nonlinear phenomena, FOS: Mathematics, Control system, Motor vehicles. Aeronautics. Astronautics, electro-hydraulic servo drive, Energy, Renewable Energy, Sustainability and the Environment, Mechanical Engineering, Control engineering, Statistics, Modeling, TL1-4050, Computer science, Constructive, Process (computing), Programming language, Mechanical system, Interrelationship between Renewable Energy and Agricultural Economics, Operating system, diagnostic modeling, Control and Systems Engineering, Parametric statistics, numerical simulation, computational experiment, Electrical engineering, Physical Sciences, Debugging, control system, aircraft, Mathematics
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