1. Phạm Khắc Hùng,”Báo cáo tổng hợp kết quả KHCN Đề tài nghiên cứu điều kiện kỹ
thuật môi trường biển và nền móng công trình nhằm xác định luận chứng kinh tế kỹ thuật
xây dựng công trình biển vùng nước sâu Việt Nam”, Mã số KC.09.15/06-10. Số đăng ký
2011-52-398/KQNC, lưu trữ tại Cục Thông tin khoa học và Công nghệ QG – Bộ KHCN,
(2011).
2. Phạm Khắc Hùng, ”Xây dựng điều kiện bền mở rộng để xác định độ tin cậy tổng thể
đánh giá an toàn của kết cấu công trình biển cố định bằng thép, áp dụng cho điều kiện biển
nước sâu Việt Nam ”. Tạp chí KH và CN biển, Tập 10, số 3, năm 2010.
3. Pham Khac Hung, Mai Hong Quan, Ta Thi Hien (ICOFFSHORE.HUCE & TCU),
"Assessment of fatigue damage of fixed offshore steel structures installed in deep-water areas of
Vietnam sea by probabilistic modelling”. PETROVIETNAM Journal, Vol 6 - 2010, Pp.55-60.
4. Pham Khac Hung, Dinh Quang Cuong, Mai Hong Quan, Nguyen Van Ngoc
(ICOFSHORE & VMU, Vietnam), "Estimation of the Total Reliability of Offshore Structures in
Viertnam sea Conditions Combining the Ultimate Limit States and Fatigue Limit States.”.
OCEANS’04 MTS/IEE Conference Proceedings, Kobe, Japan, Nov.2004, Pp.176-184.
5. Pham Hien Hau,”Estimation de la fiabilité du système d’ancrage des FSO/FPSOs au
Vietnam, avec prise en compte de l’accumalation du dommage de fatigue ”. Thèse de Doctorat
en Sciences de l’ingénieur, défendue à l’Université de Liège, 26 Avril 2010.
6. Barltrop NDP, Adams AJ, "Dynamics of Fixed Marine Structures”. ButterWorth
Heinemann - UK, (1991).
7. Palle Thoft-Christensen, Michael J.Baker, "Structural Reliability Theory and Its
Applications”. Springer-Verlag Berlin Heidelberg New York, (1982).
8.API-RP2A-WSD, "Recommended Practice for Planning, Designing and Constructing
Fixed Offshore Platforms - Working Stress Design”. American Petroleum Institute,
Washington, D.C., 21rst Ed, (2002).
9. DNV, "Rules for Classification of the Fixed Offshore Installation”, (1993).
[1] Pham Van Ninh and et al. (1998). The typhoon surges in Vietnam: the Regime
Characteristics and Prediction. Proceedings of the 5th Asian Science and Technology
Week, Hanoi.
[2] Le Van Thao and et al. (2000). Storms and Tropical Depressions Disaster Study.
Disaster Management Unit, UNDP Project VIE/97/002.
[3] Federal Emergency Management Agency (FEMA) (2005). Final Draft Guidelines for
Coastal Flood Hazard Analysis and Mapping for the Pacific Coast of the United States.
FEMA Study.
[4] Wang, S. Y. and et al. (2007). Combined Total Storm Tide Frequency Restudy for Dog
Island in Franklin Country. Florida, Florida Department of Environmental Protection,
Bureau of Beaches and Coastal Systems.
[5] Dinh Van Manh and et al. (2009). A numerical model for calculating tide and
typhoon surges in the coastal zone from Quangninh to Quangnam. Proceedings of the
National Conference on Fluid Mechanics.
[6] Dinh Van Manh and et al. (2008). Reseaching to update and detail base parameters of
the tide and the storm surge a long the coast from Quang Ninh to Quang Nam provinces
for the sea-dyke system calculating, designing and upgrading. Institute of Mechanics,
Vietnam’s Academy of Science and Technology.
[7] Dinh Van Manh and et al. (2010). Building base parameters of the tide and the storm
surge and synchronizing the elevation systems a long the coast from Quang Ngai to Ba
Ria – Vung Tau provinces for the sea-dyke system calculating and designing. Institute of
Mechanics, Vietnam’s Academy of Science and Technology.
[8] Dinh Van Manh and et al. (2010). Building base parameters of the tide and the storm
surge and synchronizing the elevation systems a long the coast from Ho Chi Minh City to
Kien Giang province for the sea-dyke system calculating and designing. Institute of
Mechanics, Vietnam’s Academy of Science and Technology.