1. Filippov VN, Shevchuk AP. Fire and explosion safety of transporting liquefied hydrocarbon gases by rail. Fire and Explosion Safety. 1993;6:35-39.
2. Shebeko YuN, Nazarenko VA, Filippov VN. Experimental study of the behavior of thin-walled shells in a flame. Fire and Explosion Safety. 2004;2:64-71.
3. Bespalko SV. Development and analysis of models of damaging effects on tank boilers for transporting cryogenic products [abstract of dissertation]. [Moscow (RF)]; 2000.
4. Volmir AS. Nonlinear dynamics of plates and shells. Moscow: Nauka; 1972.
5. Filin AP. Elements of shell theory. Leningrad: Stroyizdat; 1987.
6. Ogibalov PM, Gribanov VF. Thermal stability of plates and shells. Moscow: Moscow State University; 1968.
7. Loitsyansky LG, Lurie AI. Course of theoretical mechanics. Leningrad-Moscow: OGIZ; 1942.
8. Golovin, VV. Modeling the behavior of a tank boiler in a flame [abstract of dissertation]. [Moscow (RF)]; 2005.
9. Maslov IG. The condition of the tank boiler under the influence of a flame source in an emergency situation [dissertation]. [Moscow (RF)]: Moscow State University of Railway Engineering; 2016.
10. Smirnov VI. Course of higher mathematics. St. Petersburg: BHV-Petersburg; 2008.
11. Mikhlin SG. Course of mathematical physics. Moscow: Nauka; 1968.
12. Zinoviev VE. Thermophysical properties of metals at high temperatures: handbook. Moscow: Metallurgiya; 1989.



