Rowanwilson731

£30.49

Covers the entire module of Dynamics and Control Year 2 for part of the Aerospace Engineering Course.

Package deal
• 17 items •
by rowanwilson731 •
uploaded 2025

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1 - Intro to Flight Dynamics • Lecture notes
2 - Longitudinal Flight • Lecture notes
3 - Longitudinal Modes • Lecture notes
4 - Lateral/Directional Flight • Lecture notes
5 - Lateral / Directional Modes • Lecture notes
And more ….

Control Part of Dynamics and Control Module (MMME2058) for Aerospace Engineering BEng or MEng Y2

£20.49

Notes from Control in Year 2 of the Aerospace Engineering Course. Covers: Intro; PID Control; Model-Based Control Design; Performance of PID Control & Parameter Regulation; Controller Design; Routh-Hurwitz Stability; Simplification of Control Systems; and Motor Control in Aerospace Applications.

Package deal
• 7 items •
by rowanwilson731 •
uploaded 2025

i x

9 - Intro to Control Systems in Aerospace • Lecture notes
10 - PID Control • Lecture notes
11 - Model-Based Control Design • Lecture notes
12 - Performance of PID Control & Parameter Regulation • Lecture notes
13 - Controller Design based on Laplace Transform for Aircraft Systems • Lecture notes
And more ….

16 - Motor Control in Aerospace Applications

Notes taken from lecture 16 on motor control in aerospace applications. Covers: motor types; selection criteria; laplace transform of electrical elements; analysis of a DC motor; transfer function of a motor; simplification of the transfer function; and the final value theorem.

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Lecture notes
• 4 pages •
by rowanwilson731 •
uploaded 2025

i x

15 - Simplification of Control Systems

Notes taken from lecture 15 on the simplification of control systems. Covers: Block diagrams; and the various methods of simplification of block diagrams.

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Lecture notes
• 4 pages •
by rowanwilson731 •
uploaded 2025

i x

14 - Routh-Hurwitz Stability Criterion

Notes taken from lecture 14 on the Routh-Hurwitz Stability Criterion. Covers: PID control in the time domain; determining the equation for steady-state error; determining the steady-state error; assessing control performance (rise time, overshoot, steady-state error); the Routh-Hurwitz Stability Criterion; and the Routh Table.

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Lecture notes
• 6 pages •
by rowanwilson731 •
uploaded 2025

i x

13 - Controller Design based on Laplace Transform for Aircraft Systems

Notes taken from lecture 13 on 'Controller Design based on Laplace Transform for Aircraft Systems'. Covers: the reason for using the Laplace transform; laplace transform definition; key properties of laplace; transfer functions; s-domain vs time domain; and an example of aircraft roll controller design.

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Lecture notes
• 6 pages •
by rowanwilson731 •
uploaded 2025

i x

12 - Performance of PID Control & Parameter Regulation

Notes taken from lecture 12 on the Performance of PID control & Parameter Regulation. Covers: the control law; proportional control; integral control; derivative control; effect of disturbance; and steps of manual parameters regulation.

Package deal
Lecture notes
• 3 pages •
by rowanwilson731 •
uploaded 2025

i x

11 - Model-Based Control Design

Notes from lecture 11 on Model-Based Control Design. Covers: basics of system modelling; motivations for modelling; principles of system modelling; and how to create a system model.

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Lecture notes
• 1 pages •
by rowanwilson731 •
uploaded 2025

i x

10 - PID Control

Notes taken from lecture 10 on PID Control. Covers: control system structure; stability of a control system; and gives an example system model.

Package deal
Lecture notes
• 3 pages •
by rowanwilson731 •
uploaded 2025

i x

9 - Intro to Control Systems in Aerospace

Lecture notes from the introduction lecture to control systems in aerospace. Covers: control systems; and types of control systems.

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Lecture notes
• 1 pages •
by rowanwilson731 •
uploaded 2025

i x

Dynamics Section of Dynamics and Control for Aerospace Engineering Degree

£20.49

Introduces the dynamic modes, then outlines the process of deriving the equations for each of these modes, as well as the linearisation of these equations, and finally contains a single document that is a summary of the salient points of the course for the longitudinal modes.

Package deal
• 10 items •
by rowanwilson731 •
uploaded 2025

i x

0 - Flight Dynamics Overview • Lecture notes
1 - Intro to Flight Dynamics • Lecture notes
2 - Longitudinal Flight • Lecture notes
3 - Longitudinal Modes • Lecture notes
4 - Lateral/Directional Flight • Lecture notes
And more ….

Dynamic Modes Revision Sheet

This revision sheet covers the key points involved in the course. It outlines the derivations involved in the calculations around the phugoid mode and SPPO, as well as angle notation, and an overview of each mode.

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Summary
• 11 pages •
by rowanwilson731 •
uploaded 2025

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8 - Review of Flight Dynamics

Notes from lecture 8, a summary lecture covering the key points of each previous lectures - namely: Notation; Types of aerodynamic effects; review of modes; equations for longitudinal modes; and the equations for the lateral/directional modes.

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Lecture notes
• 4 pages •
by rowanwilson731 •
uploaded 2025

i x

7 - Dutch Roll and Spiral Modes

Notes from lecture 7 - covering: Dutch Roll mode; dutch roll mode derivatives; damping derivatives; vertical tail contribution; and spiral mode.

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Lecture notes
• 3 pages •
by rowanwilson731 •
uploaded 2025

i x

6 - Roll and Dutch Roll Modes

Notes from lecture 6 on roll and dutch roll modes - covering: roll mode; roll damping due to wing; roll damping due to VTP; roll control; aileron control derivative; other means of roll control; conditions for low aileron effectiveness; directional derivatives; side force equation; yawing moment coefficient; lateral derivative; wing dihedral angle; wing sweep angle; and mechanics of a sideslip.

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Lecture notes
• 8 pages •
by rowanwilson731 •
uploaded 2025

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5 - Lateral / Directional Modes

Notes from lecture 5 on lateral/directional modes - covering: lateral/directional aerodynamic derivatives; types of aerodynamic effects; lateral/directional modes; roll mode; dutch roll mode; and spiral mode.

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Lecture notes
• 4 pages •
by rowanwilson731 •
uploaded 2025

i x

4 - Lateral/Directional Flight

Notes taken from lecture 4 on lateral and directional flight - covering: lateral/directional motion; aircraft orientation angles; definition of these angles; directional vs longitudinal flight; lateral disturbance angles; aerodynamic effects with non-dimensional derivatives; and governing equations.

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Lecture notes
• 4 pages •
by rowanwilson731 •
uploaded 2025

i x

3 - Longitudinal Modes

Notes taken from lecture 3 on the longitudinal modes - covering: longitudinal dynamics equations; the linearisation of these equations; summary of the longitudinal modes; forced response; first order systems; second order systems; characteristic parameters for unit step response of a second order system; and practical analysis of a second order system response.

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Lecture notes
• 7 pages •
by rowanwilson731 •
uploaded 2025

i x

2 - Longitudinal Flight

Notes from lecture 2 on longitudinal flight - covering: axes and angles; overviews of the longitudinal dynamic modes; the longitudinal dynamics equations; pitch dynamics about a trimmed flight condition; pitching moment; and pitch damping derivative.