H O M E I C V I R E S E A R C H I P U B L I C A T I O N S I T E A C H I N G I L I N K S I C O N T A C T S

P U B L I C A T I O N S

Books

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Бидаков А.Н., Фурсов В.В. Проектирование деревянных конструкций по Еврокоду-5 и DIN 1052 с примерами расчетов. Том 1: научное издание, Харьков: Издательство «Точка», 2018. – 406 с.

Book chapters


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Co-creator of national standards
- ДБН В.2.6-161:2017 «Дерев’яні конструкції. Основні положення».
(Timber structures. Basic requirements)
- ДБН В.2.3-35:2016 «Споруди транспорту. Мости та труби. Правила проектування. Дерев’яні конструкції.» (Timber bridges)

Presentations
Fursov V, Bidakov A. (2014) “Glued thin-webbed beam with X-form plywood web”. 2-nd conference “Modern wood-based materials in industrial and civil construction”, as part of 15th specialized exhibition for construction materials “Domestic building materials DBM-2014”, December 29, Moscow, 2014.

Patents

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Patent 104243 Ukraine, МПК (2006.01) Е04С 3/12. Glued thin-webbed beam with X-form plywood web: [Text] / V.V. Fursov, А.М. Bidakov. – № а 2012 13757, application: 03.12.2012, publication: 10.01.2014, Bulletin №1.
Publications and conference proceedings
1. V.V. Fursov, A.M. Bidakov. Glued thin-webbed beams with X-form plywood webs. Design, manufacture and installation of steel constructions. Experience and prospects of development: collection of scientific papers “V. Shimanovsky Ukrainian Research and Design Institute of Steel Constructions”. – 2013. - №12, p. 88-94.

2. Fursov V, Bidakov A, Influence of cross sections dimensions on the strength characteristics of GLT. Promising Directions of Innovative Development of Construction Industry and Engineering Training (PDDC 2014), part 1, p. 287-292, Brest, Belarus, 2014.

3. V.V. Fursov, A.M. Bidakov, M. Puriazdanhah. Comparative analysis of results theoretical and experimental full-scale investigations of GLT arch. [Electronic resource] Engineering bulletin of Don. – 2014, № 2: http://www.ivdon.ru/magazine/archive/n2y2014/2395

4. A.M. Bidakov. Tests of new effective construction forms of glued thin-webbed beams. Design, manufacture and installation of steel constructions. Experience and prospects of development: collection of scientific papers “V. Shimanovsky Ukrainian Research and Design Institute of Steel Constructions”. – 2013. - №11, p. 54-61.

5. V.V. Fursov, A.M. Bidakov. New thin-webbed beam constructions with X-form plywood web. Materials of International scientific-technical conference “Innovative building technologies, theory and practice”, - Orenburg, Russia, 2013, p. 209-214.

6. V.V. Fursov, A.M. Bidakov, M. Puriazdanhah. Timber compression strength by loading action in different angles to the grains. Scientific bulletin of building: collection of papers. – Kharkiv: KNUCEA, 2013, № 74, p. 157-163.

7. V.V. Fursov, A.M. Bidakov. Puzzle joints of plywood elements building constructions. Scientific bulletin of building: collection of papers. – Kharkiv: KNUCEA, 2014, № 76, p. 90-93.

8. Fursov V, Bidakov A, Puriazdanhah M., Vasiliev A. Effect of anisotropic properties of wood to its strength characteristics. Materials of conference “resource economical materials, constructions, buildings and constructions”, №29, p. 376-382., Rivne, 2014.

9. Fursov V, Bidakov A. Coefficient of modification kmod and damage models of timber structures. Materials of conference “resource economical materials, constructions, buildings and constructions”, №29, p. 376-382., Rivne, 2014.

10. Fursov V, Bidakov A. Glued thin-webbed beam construction with X-form of plywood web and puzzle joints of plywood. Collection of scientific papers of Ukrainian State University of Railway Transport, №148 (2), p. 130-138, Kharkiv , 2014.

2016

11. Фурсов В.В., Бидаков А.Н. Масштабный фактор как зависимость прочностных характеристик древесины от величины образцов в контексте еврокода-5. // Строительная наука – ХХI век: теория, образование, практика, инновации северо-арктическому региону. Сборник трудов VII международной научно-технической конференции, с. 326-336, Архангельск, 2016.

12. Fursov V.V., Bidakov A.N., Orlov A.O. Cross laminated timber (CLT) on the modern stage of development. // Строительная наука – ХХI век: теория, образование, практика, инновации северо-арктическому региону. Сборник трудов VII международной научно-технической конференции, с. 337-346, Архангельск, 2016.

13. Bidakov A., “Strength Properties of CLT by Tension Perpendicular to Grain”. Short Term Scientific Mission (STSM) Report. COST Action FP1402 “Basis of Structural Timber Design” - from research to standards. (COST-STSM-FP1402-101016-080077), Germany, 2016. https://www.costfp1402.tum.de/fileadmin/w00btl/www/All_Members/--Bidakov-STSM_Report_updated_2211.pdf

14. Фурсов В.В., Бидаков А.Н., Распопов Е.А. Прочность вклееных стержней на выдергивание при осевом нагружении установленных в LVL элементы с однонаправленным шпоном. // Проектирование, изготовление и монтаж стальных конструкций. Опыт и перспективы развития: сб. науч. трудов «Проектстальконструкція ім. В.М. Шимановського. – 2016. – Випуск 18. – С. 24-33.

2017

15. Бидаков А.Н., Распопов Е.А. Прочностные и упругие характеристики шпонового бруса LVL при сжатии под различными углами к наклону волокон. Містобудування та територіальне планування, № 65, КНУБА, с. 91-99, Київ, 2017.

16. A. Bidakov. Strength properties of CLT by tension perpendicular to the grain. Загреб, Хорватія, 30-31 березня, 2017. (COST Action FP1402 - 5th Workshop of COST Action FP1402 “Expert Meeting”, Zagreb, Croatia, 30-31 March, 2017) (https://www.costfp1402.tum.de/fileadmin/w00btl/www/PASSWORD_WG_Members_file/FP1402_5WG_Zagreb_WG2_Andrii_Bidakov.pdf)

17. A. Bidakov. Strength Properties of CLT by Tension Perpendicular to the Grain. Грац, Австрія, 14-15 вересня, 2017. (COST Action FP1402 - "International Conference on Connections in Timber Engineering - from Research to Standards" and 6th Workshop of COST Action FP1402 in Graz, September 14-15, 2017). (https://www.costfp1402.tum.de/fileadmin/w00btl/www/PASSWORD_WG_Members_file/FP1402_Graz_STSM_Bidakov_032_FINAL.pdf)

2018

18. Bidakov A., Raspopov I. Test method of CLT by tension perpendicular to the grain. Academic Journal. Series: Industrial Machine Building, Civil Engineering. – (50)’2018, p.148-158.

19. Бидаков А.Н., Распопов Є.А., Страшко Б.О. Узловые соединения ЛВЛ бруса на вклееных стержнях с металлической вставкой. Київ : Будівельні конструкції. Теорія і практика. КНУБА, 2018. – Вип. 2. – С. 80–91.

20. A. Bidakov. CLT Strength by Tension Perpendicular to Grain. PROPERTIES, TESTING AND DESIGN OF CROSS LAMINATED TIMBER. A State-of-the-art report by COST Action FP1402/WG2, 2018, p.183-195.

21. M. Stepinac, A. Bidakov, R. Jockwer, V. Rajcic. Review and evaluation of design approaches for glued-in rods in East and West Europe. World Conference on Timber Engineering, August 20-23, 2018, Seoul, Republic of Korea.

22. A. Bidakov, I.Raspopov. Semi-rigid Joints of LVL elements with glued-in steel rods and metal connector. Proceedings of the 1st Eastern Europe Conference on Timber Constructions. Kharkiv. Kharkiv, 2018. – 142p., р. 27-37.

23. A. Bidakov, I.Raspopov, B. Strashko. Withdrawal resistance of glued-in steel rods by pull-pull tests in CLT. Proceedings of the 1st Eastern Europe Conference on Timber Constructions. Kharkiv. Kharkiv, 2018. – 142p., р. 87-97.

24. Bidakov A., Raspopov I., Pustovoitova O. Specificity of strength calculation for glued-in steel rods in LVL with unidirectional veneer. Academic journal. Series: Industrial Machine Building, Civil Engineering. – 2(51)’2018, p.196-201.

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