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Một phần của tài liệu Nghiên cứu biện pháp nâng cao ổn định khí động flutter trong kết cấu cầu hệ treo (Trang 122)

- Mụ phỏng sự tương tỏc giữa dũng giú và kết cấu nhịp theo mụ hỡnh hoàn chỉnh (3D) đối với phương phỏp “hầm giú số” nhằm nõng cao độ chớnh xỏc hơn;

- Xột đến tớnh phi tuyến của cỏc lực khớ động tự kớch và ảnh hưởng của buffeting đối với dao động flutter.

DANH MỤC CÁC CễNG TRèNH KHOA HỌC ĐÃ CễNG BỐ

1. Nguyễn Văn Mỹ, Phạm Duy Hũa, Lờ Xuõn Huỳnh (2015), Phõn tớch cơ chế nõng cao ổn định flutter đối với kết cấu nhịp cầu hệ treo và giải phỏp cải tiến cỏnh vỏt giú dạng cong lừm, Tạp chớ khoa học cụng nghệ Xõy dựng (Journal of Science and Technology in Civil Engineering) ISSN 1859-2996, Số 23/3-2015, tr. 3-10.

2. Duy Hoa Pham, Van My Nguyen, Thanh Tuan Le (10/2014), Improvement of flutter instability in long-span cable-supported bridge by investigating the optimum box section geometry, International Conference on Engineering Mechanics and Automation (ICEMA 3) Hanoi, Vietnam, ISBN 978-604-913-367-1, p. 71-78. 3. Duy-Hoa Pham, Van-My Nguyen (8/2014), Flutter instability controls of long- span cable-supported bridge by investigating the optimum of fairing, spoiler and slot, The 2014 World Congress on Advances in Civil, Environmental, and Materials Research (ACEM14), Korea, ISBN 978-89-89693-38-3-93530, p. 10 (1-8).

4. Phạm Duy Hũa, Nguyễn Văn Mỹ, Phan Thanh Hoàng (6/2014), Nghiờn cứu kiểm soỏt ổn định flutter của kết cấu cầu hệ treo bằng khe slot, Tuyển tập cụng trỡnh Hội nghị cơ học toàn quốc, Tập 1, Nhà xuất bản Khoa học tự nhiờn và cụng nghệ, ISBN 978-604-913-233-9, tr. 503-508.

5. Duy-Hoa Pham, Van-My Nguyen (2014), Flutter Instability Controls of Cable- supported Bridges by Investingating Fairing Angles and Spoiler Lengths, Proceedings of National Symposium with international participation on Vibration and Control of Structure under Wind Action, Hanoi, Vietnam, ISBN 978-604-911- 943-9, p. 231-236.

6. Nguyễn Văn Mỹ, Phan Hoàng Nam (2013), Phõn tớch ổn định khớ động kết cấu cầu treo dõy vừng sử dụng mụ hỡnh CFD, Hạ tầng giao thụng Việt Nam với phỏt triển bền vững (TISDV-2013), ISBN 978-604-82-0019-0, tr. 307-313.

7. Katsuchi Hiroshi, Yamada Hitoshi, Nishio Mayuko, Kuriyama Yukihisa , Kasai Naoya, Phan Cao Tho, Le Van Lac, Nguyen Lan, Nguyen Van My and Nguyen Duy Thao (2013), Structural and Enviromental monitoring of Thuan Phuoc Bridge,

Transport Infrastructure for Sustainable Development in Vietnam (TISDV-2013), ISBN 978-604-82-0019-0, p. 11-17.

8. Nguyễn Văn Mỹ và cỏc cộng sự (2011), Đề tài cấp Bộ: Nghiờn cứu khớ động học và cỏc biện phỏp giảm chấn trong cầu dõy văng, mó số B2009 - ĐN02-43.

TÀI LIỆU THAM KHẢO

Tiếng Việt

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5. Nguyễn Đụng Anh (2008), Nghiờn cứu dao động trong cơ hệ chịu kớch động ngẫu nhiờn và cỏc phương phỏp giảm dao động cú hại, Viện hàn lõm khoa học và cụng nghệ Việt Nam.

6. Phan Anh Tuấn (2011), Luận ỏn tiến sĩ: Phõn tớch động lực kết cấu dầm liờn hợp chịu tỏc dụng đồng thời của tải trọng di động và lực khớ động, Học viện kỹ thuật quõn sự.

7. Trần Thế Văn (2012), Luận ỏn tiến sĩ: Nghiờn cứu ổn định của tấm composite lớp chịu tải trọng khớ động, Học viện kỹ thuật quõn sự.

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Một phần của tài liệu Nghiên cứu biện pháp nâng cao ổn định khí động flutter trong kết cấu cầu hệ treo (Trang 122)