Fire Characteristics: Behavior, Modelling

 

Fire in Ecosystems of Boreal Eurasia

Fire Characteristics:
Behavior, Modelling


Albini F.A., G.N. Korovin and E.N. Gorovaya. 1978. Mathematical analysis of forest fire suppression. USDA Forest Service Res. Pap. INT-207, 19 pp.

Anderson D.N. 1989. A mathematical model for fire containment. Can.J.For.Res. 19, 998-1003.

Byram G.M. 1966. Scaling laws for modelling mass fires. Pyrodynamics, No.4, 271-284.

Chetverushkin B.N. 1985. Mathematical modelling of radiating gas dynamics problems. Moscow, Nauka, 304 pp. <in Russian>.

Dmitriev P.S. 1965. Effect of nuclear explosion. M. Voenizdat <in Russian>.

Gostintsev Yu.A., and L.A. Sukhanov. 1977. Aerodynamics of medium at large fires. Linear fire. USSR Academy of Sciences, Institute of Chemical Physics. Chernogolovka, 51 pp. <in Russian>.

Dorrer G.A. 1979. Mathematical Models of forest fires. Moscow: Lesnaya promishlennost, 161 pp. <in Russian>.

Anufrieva, G.P., M.D. Bodansky, S.M. Vonsky, and H.P. Telitsyn. 1973. K Raschetu Temperatury i Gazovogo Sostava Vozdukha pri Lesnykh Pozharakh” <Concerning calculations of temperature and gas mixture compositions in front of forest fires. Report to the All-Union Conference on Forest Fires, Krasnoyarsk 1971>, 120-125. Gorenie i Pozhary v lesu. Krasnoyarsk. Institute of Forest and Wood, USSR Acad. Sci.<in Russian>.

Bazhenov, V.V. and O.Yu Vorob’ev. 1976. Peculiarities of statistical modelling of random spread processes. Izvestiya SO AN SSSR No.13, 78-83 <in Russian>.

Bazhenov, V.V., and O.Yu. Vorob’ev. 1978. Identification of random spread processes. Izvestiya SO AN SSSR, No.8, I.2, 95-100 <in Russian>.

Blinov, V.I., and G.N. Khudiakov. 1961. Diffusionnoe Gorenie Zhidkostei <Diffusive burning of liquids>. Moscow, 208 pp. <in Russian>

Burgan, R. E. and R. C. Rothermel. 1984. Fire behavior prediction and fuel modeling system. USDA Forest Service. Gen. Tech. Report INT-167, 126 pp.

Byram, G.M., H.B. Clements, M.E. Bishop, and R.M. Nelson. 1966. Final Report, Project Fire Model: an Experimental Study of Model Fires. US For. Serv. Southeast For. Exp. Sta., Southern Forest Fire Lab., Macon, Georgia, 36 pp.

Davis, K.P., G.M. Byram, and W.R. Krumm. 1959. Forest fire: Control and use. McGraw Hill, New York, 584 pp.

Demidov, P.G., and V.S. Saushev. 1975. Gorenie i Svoistva Goriuchikh Veshestv <Burning and characteristics of fuels>. Moscow, 278 pp. <in Russian>.

Dorrer, G.A. 1978. Estimation of statistical characteristics of forest fire contours. Physics of Combustion and Explosion. No.1, 39-46 <in Russian>.

Dorrer, G.A. 1979. Mathematical models of forest fire dynamics. Moscow: Forest Industry. 161 pp. <in Russian>.

Dorrer, G.A. 1986. Estimation of parameters of dynamic systems from its attainable fields. Automatics and Telemechanics No.1, 39-46 <in Russian>.

Dorrer G.A. 1990. The problem of eluding contact with forest fire. In: Physical hydrodynamics of reactionable mediums, 73-76. Novosibirsk: Nauka <in Russian>.

Dorrer G.A. 1992. Modelling of forest fire spreading and suppression on basis of Hamilton mechanics methods. AMSE Transaction “Scientific Siberian”, Series A, Vol.3, Forest Fires, 38-56.

Dorrer G.A., S.V. Ushanov and S.P. Yakimov. 1991. Expert system of forest fire danger estimation: methodology and design principles. In: Forest fires and suppressions, 159-172. Krasnoyarsk : VNIIPOMLeskhos <in Russian>.

Emmons, H.W. 1963. Fire in Forest. Fire Res. Abs. Rev. 5, 163.

Engman, E. T. 1991. Applications of microwave remote sensing of soil moisture for water resources and agriculture. J. Remote Sens. Environ. 35, 213-226.

Fons, L.W. 1946. Analysis of fire spread in light forest fuels. J. Agr. Res.72 (13), 93-121.

Frank-Kamenetsky, D.A. 1987. Diffusion and heat transfer in chemical kinetics. Moscow: Nauka. 492 pp. <in Russian>.

Fritts, N.S. 1976. Tree rings and climate. London, New-York, San-Francisco. 565 pp.

Furyaev, V.V., and N.M. Baranov. 1971. About precision of accounting of quantity of soil fuels. In: Questions of forest pyrology, 164-170. Institute of Forest and Wood SO AN SSSR, Krasnoyarsk <in Russian>.

Furyaev, V.V., and N.P. Kurbatsky. 1972. Effectiveness of protection strips in pine woods. In: Questions of forest pyrology, 140-152. Institute of Forest and Wood SO AN SSSR, Krasnoyarsk <in Russian>.

Gorovaya, E.N., and G.N. Korovin. 1980. Imitative model of forest fire. In: Economical and mathematical modelling of forest measures, 32-42. Leningrad <in Russian>.

Gostintsev Yu.I., G.M. Makhviladze G.M., and V.V. Novozhilov. 1989. Initial stage of development of a large fire initiated by radiation. Chemical Physics of processes of combustion and explosion. Chernogolovka: ICPh AS USSR <in Russian>.

Grishin, A.M. 1981. Mathematical models of forest fires. Tomsk: State University. 277 pp. <in Russian>

Grishin A.M., V.N. Bertsun, and V.I. Zinchenko. 1981. Iterative interpolation method and its applications. The Tomsk University Press, Tomsk, 160 pp. <in Russian>.

Grishin A.M., A.D. Gruzin, and E.E. Gruzina. 1984. Aerodynamics and heat/mass exchange of the forest fire front with the lower atmosphere. J. Appl. Mathematics and Technical Physics 6, 91-96 <in Russian>.

Grishin A.M., and A.A. Fomin. 1985. Numerical investigation of heat/mass transfer in the ground atmospherelayer over a great forest fire place. In: Problems of dynamics of viscous liquid, 108-113. Novosibirsk: ITAM Siberian Branch of the USSR Academy of Sciences <in Russian>.

Grishin A.M., and V.V. Plukhin. 1985. Experimental investigation of the crown forest fire front structure. The Physics of Combustion and Explosion, No.1, 21 <in Russian>.

Grishin, A.M. 1992. Mathematical modelling of forest fires and new methods of its control. Novosibirsk: Nauka. 407 pp. <in Russian>.

Grishin A.M., and V.A. Perminov. 1992. Mathematical modelling of ignition of a forest cupola from the Tunguska meteorite with taking into account two temperatures of the medium. Siberian J. Mathematics 6, 107-111 <in Russian>.

Grishin A.M., A.D. Gruzin, and V.G. Zverev. 1994. Mathematical theory of the crown forest fires. In: Thermophysics of forest fires, 38-75. Novosibirsk, Institute of Thermal Physics, Russian Academy of Sciences, Siberian Branch <in Russian>

Isaev, A.S., and A.I. Utkin. 1963. Surface fires in larch forests of Eastern Siberia and the role of tree trunk pests in post fire stand regeneration. In: Forest Pest Protection in Siberia (Zashita lesov Sibiri ot nasekomykh vrediteley), 118-183. USSR Acad. Sci. Publ. Moscow <in Russian>.

Konev, E.V., A.I. Sukhinin, and E.K. Kisilyakhov. 1974. About combustion of soil cover in pine wood. In: Questions of forest pyrology, p.41-50. Institute of Forest and Wood SO AN SSSR, Krasnoyarsk <in Russian>

Konev, E.V., and A.I. Sukhinin. 1977. The analysis of flame spread through forest fuel. Combust. and Flame 28, 217-223.

Konev E.V. 1977. Analysis of spreading forest fires and burnings down. Thermophysics of forest fires. Novosibirsk: ITPh SB AS USSR, 239 pp. <in Russian>.

Korobeinikov V.P., N.N. Chushkin, and L.V. Shurshalov. 1991. Complex modelling of flight and explosion in the meteor body atmosphere. Astronomical Vestnik 25 (3), 327-343 <in Russian>.

Korovin, G.N. 1984. Analysis and modelling of statistical structure of combustion field of forest. Leningrad: LenNIILKH <in Russian>.

Kourtz P. 1987. Expert system dispatch of forest fire control resources. AI Applications in Natural Resource Manage, Vol.1, 1-8.

Krasowsky N.N. 1970. The game problems on meeting of motion. Moscow: Nauka, 320 pp. <in Russian>.

Kumagai, S. 1979. Combustion. Chemistry, Moscow. 256 pp. <in Russian>.

Kurbatsky, N.P. 1962. Forest fire suppression methods and tactics. Goslesbumizdat. Moscow. 154 pp. <in Russian>.

Kurbatsky, N.P., and G.P. Telitzyn. 1976. Modern theory of forest fire spread. Modern investigations of typology and pyrology of forest. Arkhangelsk <in Russian>

Kurbatsky, N.P., and H.P. Telitsyn. 1977. Theoretical and experimental studies of forest fire spread mechanism. In: Sb. “Kharakteristika Protsessov Gorenia v Lesu”, 4-26. Krasnoyarsk. Inst. of Forest and Wood, USSR Acad. Sci. <in Russian>.

Kutateladze S.S., and A.I. Leontiev. 1976. Thermo-and mass exchange and friction in a turbulent boundary layer. M. Energy, 226 pp. <in Russian>.

Kuznetzov, V.R., and V.A. Sabelnikov. 1986. Turbulence and combustion. Moscow: Nauka. 288 pp. <in Russian>.

Ludanov, V.V. 1973. About geometrical shape of forest fire. Forest Economy No.3/1973, 48-50 <in Russian>.Madany, M.N., and T.W. Swetnam. 1982. Comparison of two approaches for determining fire dates from tree scars. Forest Sci. 28, 856-861.

Lykov, A. V. 1968. Theory of drying. Energia, Moscow, 470 pp. <in Russian>.

Lyons, P.R., and R.O. Weber. 1991. Single-Strand tests of wildfire potential. A paper presented at the 11th Conference on Fire and Forest Meteorology, April 16-19, 1991, Missoula, MT (USA), 7 pp.

Mandelbrot, B.B. 1977. Fractals and turbulence: attractors and dispersion. Lecture Note in Math. V. 615, 83-93. New York: Springer-Verlag.

Melekhov, I.S. 1948. Influence of fires on forest. Goslestechizdat. Moscow-Leningrad. 126 pp. <in Russian>.

Parlar M. and R.G. Vicson. 1982. Optimal forest fire control: an extension of Park’s Model. Forest Science 28, N 2, 345-355.

Patankar, S. 1984. Numerical methods of solving heat exchange and liquid dynamics problems. Moscow, Energoatomizdat, 152 pp. <in Russian>.

Pozdnyakov, L.K. 1963. Hydroclimatic regime in forests of Central Yakutia. USSR Acad. Sci. Publ. Moscow. 146 pp. <in Russian>.

Pozdnyakov, L.K. 1983. Forest on permafrost. Nauka. Novosibirsk. 96 pp. <in Russian>.

Rothermel, R.C. 1972. A mathematical model for fire spread predictions in wildland fuels. USDA For. Serv. Res. Paper INT-115. Ogden, 40 pp.

Shcherbakov, I.P., O.F. Zabelin, and B.A. Karpel. 1979. Forest fires in Yakutia and their influence on forest parameters. Nauka. Novosibirsk. 224 pp. <in Russian>.

Shiatov, S.G. 1986. Dendrochronology of the tree line in the Urals. Nauka. 136 pp. <in Russian>.

Smirnov, V.A. 1958. On estimation of drought rate. In: Droughts in the USSR. Their Occurrence, Periodicity, and Influence on Agricultural Crop Yield (Zasukhi v SSSR. Ikh proiskhozdenie, povtoryaemost i vlianie na urozhai), 135-144. Gidrometeoizdat. Leningrad <in Russian>.

Sofronov, M.A., and A.V. Volokitina. 1983. Formation of operative maps of forest fuels. In: Operative control of forest protection, 49-52. Institute of Forest and Wood SO AN SSSR, Krasnoyarsk <in Russian>.

Sukhinin, A. I. 1975. An experimental study of combustion spread over needles. Essay of thesis. Krasnoyarsk <in Russian>.

Sukhinin, A. I. 1991a. A method of forest fire danger evaluation. Certificate No 1648505, A 62 C 3/02, BI No.18 <in Russian>.

Sukhinin, A. I. 1991b. Probability of forest fire detection using methods of remote sensing. In: Scope “Forest Fire Suppression”,56-69.VNIIPOMLESHOZ, Krasnoyarsk <in Russian>.

Telitsyn, H.P. 1965. Dependability of forest fire spread rate on weather factors. In: Collection of publications of Far Eastern Forestry Res. Institute, Vol.7>, 391-405. Khabarovsk <in Russian>.

Telitsyn, H.P. 1973a. Flame radiation as a mechanism of fire spread in forests”. In: Heat Transfer in Flames, Vol. 2. (N.H. Afgan and J.M. Beer, eds.), 441-449. John Wiley, New York, Toronto, London.

Telitsyn, H.P. 1973b. Concerning fire spread in forests. Report to the All-Union Conference on Forest Fires, Krasnoyarsk, 1971, 164-176. Krasnoyarsk. Institute of Forest and Wood, USSR Acad. Sci. <in Russian>.

Telitsyn, H.P., and A.P. Sosnovshenko. 1970. Characteristics of burning of forest fuels”. In collection of publications of Far Eastern Res. Inst., Vol. 10>, 248-252. Moscow <in Russian>.US Forest Service. 1983. The 1978 national fire danger rating system. USDA Forest Service Intermountain For. and Range Exp. Station, Ogden, Utah, 144 pp.

Thomas, P.H. 1965. The contribution of flame radiation to fire spread in forests. Joint Fire Res. Organization. Fire Res. Note 594. Fire Res. Sta. Boreham Wood. U.K., 19 pp.

Thomas, P.H. 1971. Rates of Spread of Some Wind-Driven Fires. J. For. 44, 155-175.

Ushanov S.V. 1990a. Optimal localization control of flat process of propagation. In: Control of producing and technical systems, 145-153. Krasnoyarsk: KPI <in Russian>.

Ushanov S.V. 1990b. Optimization of forest fires localization. In: Control of producing and technical systems, 148-153. Krasnoyarsk: KPI <in Russian>.

Utkin, A.I. 1965. Forests of Central Yakutia. Nauka. Moscow 208 pp. <in Russian>.

Vaganov, E.A., and I.A. Terskov. 1977. Tree increment analysis based on tree ring structure. Nauka. Novosibirsk. 94 pp. <in Russian>.

Valendik, E.N., O.Yu. Vorob’ev, and A.M. Matavev. 1977. Forecasting of forest fire contours by computer. In: Questions of forest pyrology, 52-66. Institute of Forest and Wood SO AN SSSR, Krasnoyarsk <in Russian>.

Valendik, E.N., P.M. Matveyev, and M.A. Sofronov. 1979. Large forest fires. Nauka. Moscow <in Russian>.

Valendik, E. N., E. K. Kisilyakhov, and A. I. Sukhinin. 1980. Taiga forest fire danger evaluation from thermal radiation data. Investigation of the Earth from Space (Issledovanie Zemli iz kosmosa) No.3, 14-19 <in Russian>.

Valendik, E. N., G. A. Dorrer, A. I. Sukhinin, V. V. Bagenov, and E. K. Kisilyakhov. 1983. A remote sensing system for forest fire control and operational fire spread rate prediction. In: Scope “Satellite-Based Methods of the Environmental Studies in Siberia and the Far East” (Kosmicheskie metody izuchenia prirodnoi sredy Sibiri i Dalnego Vostoka), 136-155. Nauka, Novosibirsk <in Russian>.

Valendik, E. N., and A.I. Sukhinin et al. 1986. A method for current forest fire danger evaluation. Certificate No. 1247020, A 62 C 3/02, BI No 28 <in Russian>.

Valendik, E. N., A. I. Sukhinin, E. K. Kisilyakhov, and B.A. Khrebtov. 1987. Forest fire monitoring. In: Scope “Investigations of forests using aerospace methods” (Issldovanie lesov aerokosmicheskimi metodami), 118-135. Nauka, Novosibirsk <in Russian>.

Valendik, E. N. 1990. Major forest fire suppression. Nauka, Novosibirsk 192 pp. <in Russian>.

Valendik, E. N. and A. I. Sukhinin. 1991. Aero-space system for forest fire monitoring. In: “Forest Monitoring” (A.S.Isaev, ed.). Nauka <in Russian>.

Van Wagner, C.E. 1967. Calculation on forest fire spread by flame radiation. Can. Dept. For. Rep. No. 1185, 28 pp.

Van Wagner, C.E. 1968. Fire behavior mechanisms in a Red Pine plantation: Field and laboratory evidence. For. Branch Dept. Pub. No. 1229. Ottawa, 30 pp.

Vorob’ev, O.Yu. 1973. Mathematical description of random spread processes and its control. Izvestiya SO AN SSSR. No.13, I.3, 145-152 <in Russian>.

Vorob’ev, O.Yu. 1975. Definition of probabilities of fire spread and estimation of dynamics of mean forest fire contours. In: Questions of forest pyrology, 453-67. Institute of Forest and Wood SO AN SSSR, Krasnoyarsk <in Russian>.

Vorob’ev, O.Yu. 1976a. Models of some distributed probabilistic processes. Izvestiya SO AN SSSR. No.3, I.1, 105-113 <in Russian>.

Vorob’ev, O.Yu. 1976b. Methods of modelling of random spread processes. Izvestiya SO AN SSSR. No.8, I.2, 20-94 <in Russian>.

Vorob’ev, O.Yu. 1984. Average measure modelling. Moscow: Nauka. 133 pp. <in Russian>.

Vorob’ev, O.Yu. 1991a. USSR DAN. V.318, No.4, 785-788 <in Russian>.

Vorob’ev, O.Yu. 1991b. Soviet Math. Dokl. 43, No.3, 747-751.

Vorob’ev, O.Yu. 1992. Doclady RAN. V. 326. No.4, 583-588 <in Russian>.

Vorob’ev, O.Yu. 1993. Set-summation. Novosibirsk: Nauka. 137 pp. <in Russian>.

Vorob’ev, O.Yu, and E.N. Valendik. 1978. Probabilistic set modelling of forest fire spread. Novosibirsk: Nauka. 151 pp. <in Russian>.

Vorob’ev, O.Yu, and G.A. Dorrer. 1974. Probabilistic model of forest fire spread. In: Questions of forest pyrology, 118-135. Institute of Forest and Wood SO AN SSSR, Krasnoyarsk <in Russian>.

Walter, G. 1968. Vegetation of the Earth Vol.1. Progress Publ. Moscow. 551 pp. <in Russian>.

Weber R.O. 1990. Modelling fire spread through fuel beds. Prog. Energy Combust. Sci. 17, 67-82.

Weber R.O. 1991. Modelling fire spread through fuel beds. Prog. Energ. Combust. Sci. 17, 62-82.

Williams, F.A. 1964. Combustion theory. London: Addison-Wesley Publishing Company. 666 pp.

Zeldovich, Ya.B., G.I. Barenblatt, V.b. Librovich, and G.M. Makhviladze. 1980. Mathematical theory of combustion and explosion. Moscow: Nauka. 479 pp. <in Russian>.

 


Top
Back

 

Print Friendly, PDF & Email
WP-Backgrounds Lite by InoPlugs Web Design and Juwelier Schönmann 1010 Wien