This book provides the electrical design engineer with an insight into the properties and applications of electrical steels which are used in transformers and rotating machines.

Written by a team of world-class experts, this book mirrors the situation in industry today and the options provided by advanced electronics and computer technology. This is a key reference for academic and professional researchers and engineers in the energy, process engineering and manufacturing industries.

This is a concise book on cooling and thermal management of rotating electrical machines, such as drives, motors and generators. The work provides a sound insight into heat transfer and fluid flow so that readers can understand the thermal design of any machine.

This Code of Practice is an excellent reference for practitioners on the safe, effective and competent application of electrical energy storage systems. It provides detailed information on the specification, design, installation, commissioning, operation and maintenance of an electrical energy storage system.

The book is in five parts: Part 1: Introduction to polymers and electrical breakdown. Part 2: Treeing degradation in polymers. Part 3: Deterministic mechanisms of breakdowns. Part 4: The stochastic nature of breakdown. Part 5: Engineering considerations for breakdown testing and degradation assessment.

Written by a world-leading authority in electrical capacitance tomography (ECT), this book covers the principles of ECT, ECT sensors, capacitance measuring circuits suitable for ECT and image reconstruction algorithms, industrial applications, and future perspectives and developments.

This new edition of the acclaimed Electrical Resistivity Handbook brings together advances in the field over the last two decades in which much has been achieved in the fields of new materials and superconductivity.

This book identifies the physical and engineering basis for the development of electrical equipment for electrostatic precipitators and thoroughly explores the technological factors which optimise the efficiency of the precipitator and hence minimise emissions, as well as future developments in the electrical field.