Preface.
Introduction.
Chapter
1. General information about the structure and properties of wood.
1.1. Features of macro- and microstructure of various types of wood.
1.2. Chemical composition of wood.
1.3. Physico-chemical properties of wood.
1.3.1. Physical properties of wood.
1.3.2. Thermophysical properties of wood.
1.4. Physical and mechanical properties of wood.
Chapter
2. Fire hazard and fire resistance of wooden structures, their fire protection.
2.1. Heat of combustion of wood.
2.2. Features of pyrolysis and thermo-oxidative decomposition of wood.
2.3. Fire hazard of wood, materials and structures based on it.
2.4. Fire hazard of wood and materials based on it.
2.5. Fire resistance of wooden structures.
2.6. The main methods and types of fire protection for wood, materials and structures
based on it.
Chapter
3. The effect of the aging process on the properties and structure of long-aging
wood.
3.1. The essence of the aging process of wood. Critical analysis of works in the field of
aging of wood-based materials and structures.
3.2. The effect of the natural aging process of wood on its physical and physico-chemical
properties.
3.3. Changes in the physical and mechanical characteristics of wood with a long service
life under heating conditions.
3.4. The effect of accelerated artificial aging of wood on its physico-chemical and firehazardous
properties.
Chapter
4. Investigation of the influence of the duration of operation of wooden
structures on their fire hazard and fire resistance.
4.1. Study of wood of long-term natural aging by methods of thermal analysis.
4.2. Fire hazard of wood of long-term natural aging.
4.3. Characteristics of the process of charring wooden structures
of different service life.
4.4. Study of the structure and thermophysical characteristics of coal layers of wood with
a long service life.
Chapter
5. Investigation of the effect of a long service life on the fire resistance of
wooden structures.
5.1. The main approaches to assessing the fire resistance of building structures.
5.2. Investigation of the process of charring of wooden structures with a long service life
under heating conditions.
5.3. Fire resistance of wooden structures of long service life.
Chapter
6. The effectiveness of fire protection to reduce fire danger and increase the
fire resistance of wooden structures.
6.1. Justification of the choice of fire protection to reduce the fire hazard of wooden
structures of long service life.
6.2. Development and application of fire protection means to reduce the fire hazard of
wooden structures with a long service life.
6.3. The effectiveness of fire protection in reducing fire danger and increasing the fire
resistance of wooden structures of various service life.
Conclusion.
Subject index.
Andrey Borisovich Sivenkov, Doctor of Technical Sciences, Professor, Academician of the National Academy of Fire Safety Sciences, President of the International Association of Specialists in Fire, Industrial and Environmental Safety, expert of the Russian Academy of Sciences, Professor of the Department of Fire Safety in Construction of the Academy of State Fire Service of the Russian Federation. Specialist in the study of fire hazards of wood and wood-based materials, creator of original fire protection technologies to reduce fire hazards and increase fire resistance of wooden structures. Author and co-author of more than 300 scientific publications, as well as patents for inventions.Alexander Alexandrovich Berlin, Academician of the Russian Academy of Sciences, Doctor of Chemical Sciences, Professor, Academician of the National Academy of Fire Safety Sciences, Scientific Director of the N.N. Semenov Institute of Chemical Physics, Russian Academy of Sciences. Academician of the National Academy of Fire Safety Sciences. Specialist in physics and chemistry of high-molecular compounds and composite materials. Head of international scientific school on creation of low flammable polymeric materials. Author of more than 1000 scientific articles, 19 monographs and 138 patents and inventor's certificates.
Bakhtiyor Abdukadirovich Mukhamedgaliyev, Doctor of Chemical Sciences, professor of the Tashkent Architecture and Construction Institute. He specializes in the study of fire hazards of building materials and structures based on plastics, rubber, wood, as well as the development of effective methods of fire protection. Author and co-author of more than 700 scientific publications and 20 patents for inventions in the field of fire protection of wood, polymeric building materials and structures based on it.
Mirzhan Maratovich Almenbayev, Candidate of Technical Sciences, Corresponding Member of National Academy of Fire Safety Sciences, Head of the Faculty of Full-time Education of the Academy of Civil Protection named after M. Gabdullin of the Ministry of Emergency Situations of the Republic of Kazakhstan. He specializes in the field of researching the fire hazard of wood-based materials and structures, as well as the development of effective methods for their fire protection. Author and co-author of more than 30 scientific publications and 2 invention patents in the field of fire protection of wood, materials and structures based on it.
Zhandos Kuandykovich Makishev, Candidate of Technical Sciences, Corresponding Member of National Academy of Fire Safety Sciences, Head of the Department of Fire Prevention of the Academy of Civil Protection named after M. Gabdullin of the Ministry of Emergency Situations of the Republic of Kazakhstan. He specializes in the field of researching the fire resistance of wooden structures with a long service life and the fire hazard of materials and structures basedon wood. Author and co-author of more than 35 scientific publications and 1 patent for an invention in the field of fire protection of wood, materials and structures based on it.
Berik Zhambulovich Rakhmetulin, Master of Laws, Deputy Head of the Department of Fire Prevention of the Academy of Civil Protection named after M. Gabdullin of the Ministry of Emergency Situations of the Republic of Kazakhstan. He specializes in the field of researching the fire resistance of wood-polymer composites, increases of their fire resistance. Author and co-author of more than 20 scientific publications.
