Calculating a suitable hydrodynamic drag coefficient for a complex-shaped underwater vehicle


Nguyen The Luc 1, Tran Thu Ha 2,3,4, Nguyen Van Tung 2, Nguyen Thai Dung 1
1 - Le Qui Don university, 236 Hoang Quoc Viet, Ha Noi
2 - Institute of Mechanics – 264 Doi Can,VAST 18 Hoang Quoc Viet, Ha Noi
3 - Institute of Science and Technology,VAST 18 Hoang Quoc Viet, Ha Noi
4 - University of Engineering and Technology – VNU,144 Xuan Thuy, Ha Noi
Email: [email protected]
Điện thoại:
    0     204
  • gplus
  • pinterest

Tóm tắt báo cáo

This paper presents a method of calculating a total hydrodynamic drag coefficient for a complex-shaped underwater vehicle. The strip theory and experimental data are used to find a hydrodynamic drag coefficient of an underwater vehicle using the analytical method. A suitable hydrodynamic drag coefficient of the underwater vehicle will be found by adjusting advanced input coefficients and comparing the results of the analytical method and a result of a reliable simulation program.

Toàn văn báo cáo





Danh sách bình luận


Tham gia bình luận

Đánh giá:
Calculating a suitable hydrodynamic drag coefficient for a complex-shaped underwater vehicle Report description: This paper presents a method of calculating a total hydrodynamic drag coefficient for a complex-shaped underwater vehicle. The strip theory and experimental data are used to find a hydrodynamic drag coefficient of an underwater vehicle using the analytical method. A suitable hydrodynamic drag coefficient of the underwater vehicle will be found by adjusting advanced input coefficients and comparing the results of the analytical method and a result of a reliable simulation program.


Calculating a suitable hydrodynamic drag coefficient for a complex-shaped underwater vehicle


This paper presents a method of calculating a total hydrodynamic drag coefficient for a complex-shaped underwater vehicle. The strip theory and experimental data are used to find a hydrodynamic drag coefficient of an underwater vehicle using the analytical method. A suitable hydrodynamic drag coefficient of the underwater vehicle will be found by adjusting advanced input coefficients and comparing the results of the analytical method and a result of a reliable simulation program.
Hội nghị 45 năm Viện Cơ hoinghi45nam.imech.ac.vn Hà Nội, Việt Nam 264 Đội Cấn, Ba Đình VN-HN 10000 VN 024.38325541