Figures index

From

Fatigue Damage of Vertical Rigid Risers due to In-Line Vortex Induced Vibration in Nigeria Shallow Waters

Tobechukwu C. Ezeonwumelu, Chinwuba V. Ossia, Ibiba E. Douglas

American Journal of Mechanical Engineering. 2017, 5(2), 33-40 doi:10.12691/ajme-5-2-1
  • Figure 1. VRR Material Description on OrcaFlex Interface 1
  • Figure 2. VRR Material Description on OrcaFlex Interface 2
  • Figure 3. VRR Material Description on OrcaFlex Interface 3
  • Figure 4. Current Factor and Angle of rotation for various water depths
  • Figure 5. Near Surface Current velocity and Direction versus simulation time
  • Figure 6. Variation of Fatigue damage due to In-line VIV with Riser segments
  • Figure 7. Variation of Fatigue Damage due to Transverse VIV with Riser segments
  • Figure 8. In-Line Vortex Force End A (0m) VRR
  • Figure 9. In-Line Vortex Force at 8.74m VRR
  • Figure 10. In-Line Vortex Force at 21.00m VRR
  • Figure 11. In-Line Vortex Force at 23.69m VRR
  • Figure 12. Variation of Fatigue Damage due to In-Line VIV with Riser segments
  • Figure 13. Variation of Fatigue Damage due to Transverse VIV with Riser segments
  • Figure 14. In-Line Vortex Force at End A (0m) VRR
  • Figure 15. In-Line Vortex Force at 8.74m VRR
  • Figure 16. In-Line Vortex Force at 21.00m VRR