Foundation and Electroheat

Foundations of Electroheat unifies an extremely diverse area ofelectricity utilisation in a coherent and concise reference. Fromlaser welding to plasma furnaces for waste treatment and inductionheating for forging to radio frequency drying textiles, the varioustopics that comprise electroheat are presented as a whole. Theunified approach concentrates on three major themes:
Electromagnetic heating, embracing direct resistance, inductionheating of metals and radio frequency and microwave heating ofdielectrics
The ionised state, dealing with laser processing, plasma torchesand furnaces, glow discharges for nitriding and arc furnaces formelting scrap
* Heat and mass transfer
The impact of computers on electrotechnology is explored byconsidering topics such as expert systems, neural networks andcomputational electromagnetics. Featuring industrial applicationsand case studies, as well as worked examples of the principlesinvolved, this text is essential reading for the engineeringstudent of electroheat. Professional engineers, scientists andtechnologists interested in the efficient utilisation of electricalenergy will also find this an invaluable reference.

Ricky Metaxas is a Teaching Fellow at the University Engineering Department and Fellow of St John's College, Cambridge. He received a BSc in Electrical Engineering and a PhD in Physics in 1968 from Imperial College, London, for work on two stage ionisation phenomena in radio frequency discharges. In 1968 he joined the Department of Physics at the University College of Swansea, Wales, as a Post-Doctoral Fellow where he worked on problems related to fusion reactors. Between 1972 and 1982 he was a member of the Electrophysics Group of the Electricity Council Research Centre, England, where he specialised in industrial applications of radio frequency and microwave energy. Since 1982 Dr Metaxas has been teaching topics related to energy utilisation and electroheat. In 1986 he was the recipient of the Outstanding Paper Award from the International Microwave Power Institute for the most significant contribution to the Journal of Microwave Power during 1985. Roger Meredith is Managing Director of APV-Magnetronics Ltd, a wholly owned subsidiary of APV Baker plc. He graduated from the University of Bristol in 1951 in Electrical Engineering. After a graduate apprenticeship with the former British Thomson Houston Co (now GEC) he joined the electronic engineering department and worked on microwave systems and transmitters for radio and communications and industrial heating for fifteen years. In 1968 he formed Magnetronics Ltd, to specialise in industrial applications of microwave energy.

Foundations of Electroheat unifies an extremely diverse area of electricity utilisation in a coherent and concise reference. From laser welding to plasma furnaces for waste treatment and induction heating for forging to radio frequency drying textiles, the various topics that comprise electroheat are presented as a whole. The unified approach concentrates on three major themes: Electromagnetic heating, embracing direct resistance, induction heating of metals and radio frequency and microwave heating of dielectrics The ionised state, dealing with laser processing, plasma torches and furnaces, glow discharges for nitriding and arc furnaces for melting scrap Heat and mass transfer The impact of computers on electrotechnology is explored by considering topics such as expert systems, neural networks and computational electromagnetics. Featuring industrial applications and case studies, as well as worked examples of the principles involved, this text is essential reading for the engineering student of electroheat. Professional engineers, scientists and technologists interested in the efficient utilisation of electrical energy will also find this an invaluable reference.

Foundations of Electroheat unifies an extremely diverse area of electricity utilisation in a coherent and concise reference. From laser welding to plasma furnaces for waste treatment and induction heating for forging to radio frequency drying textiles, the various topics that comprise electroheat are presented as a whole. The unified approach concentrates on three major themes: Electromagnetic heating, embracing direct resistance, induction heating of metals and radio frequency and microwave heating of dielectrics The ionised state, dealing with laser processing, plasma torches and furnaces, glow discharges for nitriding and arc furnaces for melting scrap Heat and mass transfer The impact of computers on electrotechnology is explored by considering topics such as expert systems, neural networks and computational electromagnetics. Featuring industrial applications and case studies, as well as worked examples of the principles involved, this text is essential reading for the engineering student of electroheat. Professional engineers, scientists and technologists interested in the efficient utilisation of electrical energy will also find this an invaluable reference.

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