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Handbook of Electrical Hazards and Accidents

Handbook of Electrical Hazards and Accidents
Author:
Genres: Accident reconstruction, Personal injury
Publisher: CRC Press
Publication Year: 1995
Length: 224 pages
ASIN: 0849394317
ISBN: 0849394317
This book is written mainly for attorneys, physicians, and investigators who are concerned with accidents associated with electric current. It is based on approximately 50 years of personal research, augmented by experience in teaching medical and biomedical engineering students and as an expert witness in litigation involving electrical injury. The material is presented in two ways: non-technically, for attorneys and physicians, and technically, for their expert witnesses and engineers. Since there is no typical electrical accident, the accidents described and the material presented in the chapters are selected to aid the reader in explaining the cause of any particular electrical accident.
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About the Book

This book is written mainly for attorneys, physicians, and investigators who are concerned with accidents associated with electric current. It is based on approximately 50 years of personal research, augmented by experience in teaching medical and biomedical engineering students and as an expert witness in litigation involving electrical injury. The material is presented in two ways: non-technically, for attorneys and physicians, and technically, for their expert witnesses and engineers. Since there is no typical electrical accident, the accidents described and the material presented in the chapters are selected to aid the reader in explaining the cause of any particular electrical accident.

The first chapter presents a short history of electrical accidents, along with selected accident descriptions in the home, work place, and hospital. Chapter 2 deals with the fundamental processes whereby electric current stimulates excitable tissue, such as sensory receptors, nerves, and muscles. The response to the passage of low-frequency alternating current through the body-e.g., muscle stimulation, ventricular fibrillation, and burns-is covered in Chapter 3. Lightning and lightning injuries are discussed in Chapter 4. The effects of high-frequency (electrosurgical and diathermy) currents-and the types of injury encountered-are discussed in Chapter 5. Because current preferentially seeks tissues with the lowest resistivity, Chapter 6 provides knowledge of the resistivity values for tissues, organs, and body fluids, allowing estimation of the current path. The same chapter presents information on the resistance of body segments and of a contacting conductor, showing the nonlinear nature of such contacts where tissues are boiled, charred, and burned.

Topics include:

  • Voltages
  • Power-line accidents
  • Ground-fault-circuit interrupters (GFCI)
  • Stray voltage
  • Microshock, macroshock, and electrocution
  • Ventricular Fibrillation
  • Low-voltage accidents and injuries
  • High-voltage accidents and injuries
  • Accidents in the home
  • Accidents in industry
  • Accidents out of doors
  • Recreational accidents
  • Environmental considerations
  • Warnings and communication
  • Lightning
  • Thermal injury
  • Electrical shocking devices
  • Conducting properties of the human body
  • High-frequency current
  • Direct and alternating current accidents and injuries
  • Electric-arc and electron-beam welding
  • The role of the technical expert in electrical accident cases
  • Abbreviations, terms, and symbols
  • Common questions and answers
About the Author
Leslie A. Geddes

Leslie A. Geddes was born in Scotland and educated in Canada, where hereceived his B.S. and M.S. degrees in electrical engineering and a D.Sc.from McGill University, Montreal, Quebec. He received his Ph.D. in Physiology from Baylor University College of Medicine, Houston, TX. While at Baylor, he was Assistant, Associate, and then full Professor of Physiology and Director of the Division of Biomedical Engineering. In1985 he was the Rosenstadt Professor of Health Science at the University of Toronto. He presently serves as a consulting editor to numerous scientific journals and was a consultant to NIH, FDA, NASA, and NSF.

Dr. Geddes is a member of the American Physiology Society, and a fellow of the AAAS, the American College of Cardiology, the Australian College of Physical Scientists in Medicine, and the Royal Society of Medicine. He received the AEMB award for leadership in biomedicalengineering in 1985 and was elected to the National Academy of Engineeringin the same year. In 1986 he received the IEEE/EMBS Career Achievement Award. In 1994 he received the Edison Gold Medal fromthe IEEE, and in 1995 he was elected to Phi Zeta. He is a registered professional engineer and a member of the National Academy of Forensic Engineers.

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