Course Notes

BSc Engineering degree Course Notes

Electrical Theory © Copyright reserved by the Author Professor J R Lucas

S I Units [52.0 kB] 
Overview of Electrical Engineering [435 kB] 
Basic Network Theorems [277 kB] 
AC Theory [270 kB] 
Electrostatic & Electromagnetic Theory [177 kB] 
Electromagnetic Theory [178.1 kB]
Electrical Measurements [177 kB] 
Introduction to Electrical Safety [279 kB] 
Introduction to Electrical Installations [331 kB] 
Electromagnetic Theory [178.1 kB] 
Basic Circuit Elements [240 kB] 
Circuit Transient Problems [279 kB] 
Network Theorems [249 kB] 
Network Theorems - solved a.c. problems [42.2 kB] 
Alternating Current Theory [224.8 kB] 
Resonance & Mutual Inductance [325.2 kB]
Matrix Analysis of Networks [184.8 kB]
Three Phase Analysis & Symmetrical Components [186.3 kB]
Fourier Series Analysis [306.0 kB]
Laplace Transform Analysis [132.0 kB]
Introduction to Electric Motors [252 kB]
Power System Basics [49.1 kB]

High Voltage Engineering © Copyright reserved by the Author Professor J R Lucas

Cover, Contents and Preface [41.4 kB]
Chapter 1 - Breakdown of Gasses [193.1 kB] 
Chapter 2 - Breakdown of Liquid and Solid Insulation[140.0 kB] 
Chapter 3 - Lightning Phenomena [163.0 kB] 
Chapter 4 - High Voltage Transient Analysis [131.7 kB] 
Chapter 5 - High Voltage Cables [267.8 kB] 
Chapter 6 - Measurement of High Voltage [331.7 kB] 
Chapter 7 - High Voltage Generators for Testing [102.1 kB] 
Chapter 8 - High Voltage Surge Generators [212.3 kB] 
Chapter 9 - High Voltage Testing [221.1 kB] 
Chapter 10 - Insulation Co-ordination [224.6 kB] 
Chapter 11 - High Voltage d.c. Transmission [345.5 kB]

Other Useful Notes © Copyright reserved by the Author Professor J R Lucas

Targeted CV in Presentation Skills

EE4230 Fault Analysis

Field Plotting

Optimal Power Factor Correction

Electrical Properties of Materials1970/71

Properties of dielectric materialsJRL1970

Dielectric Polarization