Analysis of multilayered orthotropic shells of revolution with finite shear stiffness by Rassakazov, A. O., Karpilovskii, V. S., Kosenko, V. I., Kharchenko, N. G.

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Application of the finite elements method to solve the stationary heat-conduction problem of piecewise-inhomogeneous systems by Sipetov, V. S., Karpilovskii, V. S., Demchuk, O. N.

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Finite-element solution of thermoelastic problems for laminated composite structures by Piskunov, V. G., Sipetov, V. S., Karpilovskii, V. S.

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Reconstruction of the vacuum unit in an AVT-6 plant by Maksimov, S. V., Kaloshin, A. I., Karpilovskii, O. L., Zaika, A. I., Kolmogorov, G. Yu, Belyaevskii, M. Yu

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Modernization of the vacuum tower in the AVT-6 unit by Maksimov, S. V., Kaloshin, A. I., Karpilovskii, O. L., Zaika, A. I., Kolmogorov, G. Yu, Belyaevskii, M. Yu

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Slow (subcritical) crack growth in electrical ceramics by Karpilovskii, L P, Beshentsev, V D, Palchaev, D K, Pashuk, E G

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Comparative assessment of methods of determining the strength of electric porcelain by Karpilovskii, L. P., Letskaya, N. V.

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Regulating the working properties of porcelain slip by Karpilovskii, L. P., Kralinina, L. N., Makarov, V. A., Sidorenko, Z. I.

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Modernization of the vacuum tower in the AVT-6 unit by MAKSIMOV, S. V, KALOSHIN, A. I, KARPILOVSKII, O. L, ZAIKA, A. I, KOLMOGOROV, G. Yu, BELYAEVSKII, M. Yu

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Reconstruction of the vacuum unit in an AVT-6 plant by MAKSIMOV, S. V, KALOSHIN, A. I, KARPILOVSKII, O. L, ZAIKA, A. I, KOLMOGOROV, G. Yu, BELYAEVSKII, M. Yu

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Application of acoustic emission for controlling the strength properties of electrical ceramics by Pashuk, E. G., Ataev, A. Sh, Beshentsev, V. D., Karpilovskii, L. P.

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Checking batch compositions for electrical porcelain slip by Karpilovskii, L. P., Dzerzhinskii, R. V., Makarov, V. A., Dunashova, A. M., Yanina, N. D., Abramova, N. V.

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Accelerating the fine grinding of ultraporcelain bodies by Karpilovskii, L. P., Tuzhikov, A. A., Beshentsev, V. D., Lazarenko, V. F., Rukhlova, V. V., Dzerzhinskii, R. V., Murovyakin, V. A.

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Resistance of brittle materials to slow crack growth by Palchaev, D. K., Pashuk, E. G., Dagirov, R. A., Magomedov, M. S., Pashaev, B. P., Revelis, V. G., Slatov, A. A., Karpilovskii, L. P., Beshentsev, V. D.

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Accelerating the wet fine milling of electric porcelain body components by Karpilovskii, L. P., Tuzhikov, A. A., Dzerzhinskii, R. V.

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