Responses of a barge-mounted platform in waves and currents

International Journal of Offshore and Polar Engineering

Volumn 9, Issue 4, 1999, Pages 283-292

  Hong, S Y ^a   Choi, Y R ^a   Kim, D J ^b   Kim, M H ^b  

^a Korea Research Institute of Ships and Ocean Engineering   (South Korea)

^b TEXAS A AND M UNIVERSITY   (United States)

Author keywords

Barge; CPM; HOBEM; Motion response; Quay; Wave and current; Wave drift force

Indexed keywords

BOUNDARY ELEMENT METHOD; FLUID STRUCTURE INTERACTION; FREQUENCY DOMAIN ANALYSIS; GREEN'S FUNCTION; HYDRODYNAMICS; WATER WAVES;

BARGE MOUNTED PLATFORMS; CONSTANT PANEL METHOD;

PRODUCTION PLATFORMS;

BARGE; BOUNDARY ELEMENT METHOD; CURRENT; QUAY; WAVE;

BARGE; BOUNDARY ELEMENT METHOD; QUAY; WAVE-CURRENT INTERACTION;

EID: 0033503019     PISSN: 10535381     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (16)

1. Choi, YR (1997). "An Analysis of Second-Order Wave Forces by Using a Higher-order Boundary Element Method," PhD Thesis, Seoul National Univ.
2. Choi, YR, Hong, SY, and Choi, HS (1998). "An Analysis of Second-Order Wave Forces on Floating Bodies by Using a Higher-Order Boundary Element Method," Proc 22nd Symp Naval Hydrody, Washington DC, pp 87-99.
3. Chung, TY, and Chung, JH (1996). "Introduction of Barge-Mounted Plant Project in Korea," Proc Int Workshop Very Large Floating Struct, Hayama, Japan, pp 10-1-10-4.
4. Eatock Taylor, R, and Chau, FP (1992). "Wave Diffraction - Some Development in Linear and Non-Linear Theory," J Offshore Mech and Arctic Eng, Vol 114, No 3, pp 185-194.
5. Hong, DC (1987). "On the Improved Green Integral Equation Applied to the Water-wave Radiation-diffraction Problem," Trans Soc Naval Arch Korea, Vol 24, No 1, pp 1-8.
6. Hong, SY, Lee, JS, and Hong, SW (1992). "Development of a Digital Motion Measuring System in a Real Sea Way," Trans Soc Naval Arch Korea, Vol 29, No 3, pp 125-130.
7. Hong, SY, et al. (1996). "Development of Large Floating Plants for Ocean Space Utilization: Development of Dynamic Analysis Technique for Floating Structures in Waves," Korea Inst of Machinery and Materials Rept, BSN373-1582.D.
8. Hulme, A (1982). "The Wave Forces Acting on a Floating Hemisphere Undergoing Forced Periodic Oscillations," J Fluid Mech, Vol 121, pp 443-463.
9. Isaacson, M, and Cheung, KF (1992). "Wave-Current Interaction with a Large Structure," Proc Civil Eng in Oceans, ASCE, College Station, pp 66-80.
10. Kim, Dong-Jun ( 1989). "Large Slow Drift Motion of a Floating Body in Slightly Modulated Waves," PhD Thesis, Seoul National Univ.
11. Kim, DJ, and Kim, MH (1995). "Interaction of a Large 3D Body with Waves and Currents by THOBEM," Proc 10th Wksp Water Waves & Floating Bodies, Oxford, pp 115-118.
12. Kim, DJ, and Kim, MH (1997). "Wave Current Interaction with a Large 3D Body by THOBEM," J Ship Res, Vol 41, No 4, pp 273-285.
13. Kudoh, K (1977). "The Drifting Force Acting on a 3D Body in Waves," J Soc Nav Arch Japan, Vol 141, pp 71-77.
14. Liu, YH, Kim, CH, and Lu, XS (1991). "Comparison of Higher-Order Boundary Element and Constant Panel Methods for Hydrodynamic Loadings," Int J Offshore and Polar Eng, ISOPE, Vol 1, No 1, pp 8-16.
15. Liu, YH, Kim, CH, and Kim, MH (1993). "The Computation of Second-Order Mean Wave Forces and Run-up on a TLP by HOBEM," J Offshore & Polar Eng, ISOPE, Vol 3, No 2, pp 101-106.
16. Nossen, J, Grue, J, and Palm, E (1991). "Wave Forces on 3D Floating Bodies with Small Forward Speed," J Fluid Mech, Vol 227, pp 135-160.