19 results on '"Zubritskiy, M."'
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2. Building resistance evaluation to progressive collapse by dynamic analysis using direct integration method
3. Unusual regioselectivity in iodoplatination of the C—C triple bond of methyl propiolate in the MeI–PtII–NaI–acetone system
4. Seismic resistance estimation of existing turbogenerator foundation structures under ductility level earthquake impact by nonlinear static method
5. Seismic resistance estimation of multi-story steel frames under ductility level earthquake impact by nonlinear static method
6. Seismic resistance evaluation of high-rising structures under ductility level earthquake by nonlinear static method
7. Seismic resistance evaluation of high-rising structures under ductility level earthquake by nonlinear static method
8. Account for the contribution of higher vibration modes under seismic resistance estimation of system with elastomeric supports by nonlinear static method
9. Account for the contribution of higher vibration modes under seismic resistance estimation of system with elastomeric supports by nonlinear static method
10. Account for the contribution of higher modes under system seismic resistance estimation by nonlinear static method
11. Performance-based seismic evaluation methods for the estimation of inelastic deformation demands
12. Account for the contribution of higher modes under system seismic resistance estimation by nonlinear static method
13. Performance-based seismic evaluation methods for the estimation of inelastic deformation demands
14. Синтез и цитотоксичность аминоэтоксидифенилов
15. AUTOMATED MONITORING OF DEFORMATIONS DURING THE ERECTION OF A UNIQUE AND CRITICAL STRUCTURES, AS WELL AS DURING THE ERECTION OF BUILDINGS IN THE CONDITIONS OF DENSE CITY CONSTRUCTION
16. Автоматизированный мониторинг деформаций при монтаже уникальных и ответственных конструкций, а также при строительстве зданий в условиях плотной городской застройки
17. Synthesis and cytotoxicity of aminoethoxydiphenyls
18. Account for the contribution of higher modes under system seismic resistance estimation by nonlinear static method
19. Performance-based seismic evaluation methods for the estimation of inelastic deformation demands
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