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2023
1Grishchak VZ, 2Hryshchak DV, 3Dyachenko NM, 4Sanin AF, 5Sukhyy KM. Bifurcation state and rational design of three-layer reinforced compound cone-cylinder shell structure under combined loading. Space Science and Technology. 2023 ;29(6):026-041.
1Avramov KV, 1Uspensky BV, 2Derevyanko II, 2Degtyarev MO, 1Polishchuk OF, 1Chernobryvko MV. Dynamic properties of nanocomposite and three-layer thin-walled aerospace elements manufactured by additive technologies. Space Science and Technology. 2023 ;29(1):52-64.
1Avramov KV, 1Uspensky BV, 2Derevyanko II, 2Degtyarev MO, 1Polishchuk OF, 1Chernobryvko MV. Dynamic properties of nanocomposite and three-layer thin-walled aerospace elements manufactured by additive technologies. Space Science and Technology. 2023 ;29(1):52-64.
1Golubek AV, 2Dron' MM, 3Petrenko OM. Estimation of the possibility of using electric propulsion system for large-sized orbital debris postmission disposal. Space Science and Technology. 2023 ;29(3):34-46.
1Dreus AYu., 1Dron ММ, 1Dubovik LG, 1Strembovskyi VV. Evaluation of the possibility of using polymers in the bodies of promising launch vehicles based on the heat resistance factor. Space Science and Technology. 2023 ;29(6):003-012.
1Dreus AYu., 1Dron ММ, 1Dubovik LG, 1Strembovskyi VV. Evaluation of the possibility of using polymers in the bodies of promising launch vehicles based on the heat resistance factor. Space Science and Technology. 2023 ;29(6):003-012.
1Dreus AYu., 1Dron ММ, 1Dubovik LG, 1Strembovskyi VV. Evaluation of the possibility of using polymers in the bodies of promising launch vehicles based on the heat resistance factor. Space Science and Technology. 2023 ;29(6):003-012.

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