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The integral representation of the exact solution of a mixed problem for a hyperbolic heat-conduction equation with the most
general propositions within the framework of generalized thermomechanics has been obtained. The thermal state of a bounded
medium with thermal effects at the boundary has been investigated numerically on a personal computer.
Translated from Inzhenerno-Fizicheskii Zhurnal, Vol. 82, No. 1, pp. 170–176, January–February, 2009. 相似文献
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Lyalikov A. N. Tsvetkov N. A. Kislykh V. I. Smul'skii I. I. Korobko V. I. Shifel'bain A. G. Zhdanov V. L. Vlasov V. V. Shatalov Yu. S. Puchkov N. P. Solov'ev A. E. Veresov V. G. Avaev A. A. Osipov Yu. R. Dogotar' V. N. Lenyuk M. P. 《Journal of Engineering Physics and Thermophysics》1978,34(3):367-384
Journal of Engineering Physics and Thermophysics - 相似文献
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I. V. Il'inskii É. E. Prokhach V. P. Pershin Yu. I. Volovik V. A. Uspenskii O. Kh. Vivdenko V. N. Zaitsev V. A. Sharapov M. F. Shitikov V. D. Lebedev S. G. Ushakov V. E. Maslov B. P. Kazakov A. E. Krasnoshtein T. A. Samarina L. K. Tsabek M. P. Lenyuk B. S. Kir'yakov N. F. Otpushchennikov P. P. Panin A. N. Shtym A. S. Latkin A. A. Shmukin G. A. Zhil'kov N. M. Tsirel'man E. M. Makushok A. N. Ravin V. P. Severdenko É. Sh. Sukhodrev 《Journal of Engineering Physics and Thermophysics》1974,27(3):1146-1159
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With the most general assumptions (within the framework of classical thermomechanics) nonsteady temperature fields and thermoviscoelastic fields of displacements and stresses induced by them are constructed in an infinite bicomponent cylindrically isotropic plate. Examples of Biot-Maxwell, Biot-Kelvin, and Maxwell-Kelvin plates are presented.Translated from Inzhenerno-fizicheskii Zhurnal, Vol. 60, No. 5, pp. 822–834, May, 1991. 相似文献
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V. P. Simonov G. A. Aksel'rud A. I. Dubynin Yu. P. Nekhlebaev I. A. Dorogoi D. T. Bondarenko V. V. Konev V. M. Minakovskii Yu. L. Buyanov A. B. Fradkov S. M. Rasulov R. A. Medzhidov S. I. Prokopets S. B. Tishechkin A. M. Aizen I. S. Redchits K. V. Lakusta M. P. Lenyuk K. G. Omel'chenko V. A. Shiparev É. V. Veitsman R. S. Kuznetskii M. Ya. Medzhibozhskii S. M. Grigorenko L. I. Khiish A. A. Lykin L. V. Rebrov Yu. P. Kotel'nikov S. P. Polyakov P. F. Bulanyi V. K. Gleb 《Journal of Engineering Physics and Thermophysics》1976,31(4):1233-1251
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V. V. Kornaraki I. Ya. Neusikhin V. V. Pokotilov V. M. Kazanskii V. I. Dubovik I. Ya. Neusikhin G. A. Vitkov T. N. Zabelina T. M. Reier F. M. Chernomurov V. M. Braun B. V. Eliseev Yu. P. Mordvinov I. V. Ufatov Yu. K. Gubiev A. G. Gasparyants V. V. Krasnikov A. V. Trofimenko V. F. Prisnyakov V. V. Sobolev P. M. Trefilov M. P. Lenyuk Z. L. Seredyuk Yu. A. Pshenichnov E. N. Bogomolov O. B. Fedoseev A. M. Tsybin A. P. Klenov V. M. Makharinskii V. F. Volkodavov 《Journal of Engineering Physics and Thermophysics》1979,36(6):731-747