The Journal of Fire Protection Engineering�is a rigorously peer-reviewed international journal that is unique in fire engineering by virtue of articles being of immediate use to its readership.
To accomplish this, the Journal provides fire protection engineers, fire safety engineers and other engineering professionals with clear descriptions both of state-of-the-art engineering methods and new data obtained from modern measurement or survey techniques.
Examples and detailed case studies demonstrate how these advanced methods and valuable data can be applied to the fire safety design and evaluation of buildings and other structures (e.g., bridges, tunnels, etc.) and transportation vehicles (e.g. rail, ship and aircraft).
SAGE is a leading international publisher of journals, books, and electronic media for academic, educational, and professional markets. Since 1965, SAGE has helped inform and educate a global community of scholars, practitioners, researchers, and students spanning a wide range of subject areas including business, humanities, social sciences, and science, technology, and medicine. A privately owned corporation, SAGE has principal offices in Los Angeles, Washington D.C., London, New Delhi, and Singapore.