The University of Nottingham (UON)

This is a comprehensive and detailed summary on; group processes pt 1 for Social psychology. An Essential Study resource just for YOU!!

This is a comprehensive and detailed summary on;social influence. An Essential Study resource just for YOU!!

This document provides a complete and structured study guide for second-year Bachelor of Medicine students, covering both pathophysiology and pharmacology. Part I explains core concepts such as cellular adaptations, inflammation, hemodynamic disorders, and system-specific diseases across cardiovascular, respiratory, renal, gastrointestinal, endocrine, and nervous systems. Part II outlines foundational pharmacological principles, major drug classes, therapeutic uses, and key aspects of medicines ...

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.

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

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.

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.

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.

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.

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