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Automatics of Aircraf Engines- Sergey Doroshko- Universidad de San Buenaventura Bogotá Ver más grande

Automatics of Aircraf Engines

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Autor: Sergey Doroshko
Editorial: Universidad de San Buenaventura Bogotá
Edición: Primera, 2004
Formato: Libro
Rustico 17.5  x 24 cm
135 Paginas
Peso: 0.280 Kg
ISBN: 9589609473

 

Click para ver: Reseña - Contenido

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COP$ 25.000

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Reseña. Automatics of Aircraf Engines

 

It’s such a pride and a motivation purpose for the University of San Buenaventura, Bogotá branch, to introduce the National and International Academic community, the book “Automatics of aircraft engines, par 1, and basic automatics”, the first title from the collection of our Faculty of engineering, which already has some other titles being printed or about to print.

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Contenido. Automatics of Aircraf Engines

 

Presentation
 
Introduction
 
MAIN TYPES OF CONTROL SYSTEMS.
Main terms and definitions.
Governing principles and main types of control systems.
Main components of a governor.
 
Measuring device.
Governing device.
Amplifier.
Transformer.
Correcting device.
Computing device.
 
CLASSIFICATION OF CONTROL SYSTEMS
Classification corresponding to types of a governor component joint
Control system of direct action
Control system of indirect action
Control system with feedback
 
Classification corresponding to type of control signal
System with continuous signals.
System with discrete signals
 
Classification corresponding to the type of governing algorithm
System of automatic stabilization.
Follow-up systems.
Programmed systems.
Systems of extreme governing.
Adaptive systems.
 
Classification corresponding to a variant of a mathematical description of a system
 
DYNAMIC EQUATIONS OF CONTROL SYSTEM COMPONENTS AND THEIR LINEARIZATION
 
Dynamic equations of a control system component.
Linearization of the dynamic equations of a control system component.
Composition and linearization of dynamic equation of a centrifugal measuring device
 
DYNAMIC RESPONSES OF CONTROL SYSTEM COMPONENTS AND METHODS FOR THEIR DETERMINATION
 
Transient responses.
Frequency responses.
 
TYPICAL COMPONENTS OF A CONTROL SYSTEM AND THEIR DYNAMIC RESPONSES
 
Non-inertial components.
Aperiodic components.
Oscillatory components.
Aperiodic components of second order
Integral components.
 
Ideal integral components.
Inertial integral components  
 
Differential component
 
Ideal diffential component
Inertial differential component
 
PROPERTIES OF CONTROL OBJECTS
Classification of control objects.
Dynamic equations of different control objects.
 
Powerplant with heat engine.
Receiver of constant volume.
Tank with a liquid.
Heat exchanger.
General view of the dynamic equation of control object energy
 
Self-regulation of control objects
Transient processes of control objects.
Equation of a powerplant with a heat engine.
 
DYNAMIC EQUATION OF A CONTROL SYSTEM AND ITS SOLUTION
Composition of the dynamic equation of a control system.
Stability of a control system
Root method.
Routh’s/Hurwitz method.
Mikhailov`s method
 
Solution of the dynamic equation of a control system

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