Title :
Achieving high container through-put rates, between vessels in High Seas (a vision of HiCASS)
Author :
Kery, Sean ; Hughes, Gregory ; May, Edward ; Kjolseth, Paul ; Pang, Michael ; Thomas, William ; Treakle, Thomas ; Liut, Daniel
Author_Institution :
Oceaneering Int., Upper Marlboro, MD, USA
Abstract :
Oceaneering´s HiCASS team has established the feasibility of transferring ISO Containers between vessels at sea, in up to seastate 5 conditions, at transfer rates approaching that of shore side container cranes. This paper will report on Oceaneering´s HiCASS Phase 1 Quick Look Project, and will include the results of the nine Science and Technology efforts undertaken and their integration and successful demonstration at a model scale. The ONR HiCASS program supports the US military´s the US Navy´s Sea Power 21 Sea Base Vision by providing means for moving standard ISO containers between large vessels, lashed and fendered together, on the open sea. The two model scale demonstrations validated the controls architecture and many of the proposed concepts. The demonstrations will be described and video footage shown during the presentation.
Keywords :
containers; cranes; marine systems; military systems; naval engineering; ships; HiCASS Phase 1 Quick Look Project; High Seas; ISO Containers; ONR HiCASS program; Oceaneering; US Navy Sea Power 21 Sea Base Vision; container through-put rates; controls architecture; open sea; seastate 5 conditions; shore side container cranes; vessels; video footage; Containers; Control systems; Cranes; ISO standards; Marine technology; Marine vehicles; Military standards; Motion control; Payloads; Sensor systems;
Conference_Titel :
OCEANS, 2005. Proceedings of MTS/IEEE
Print_ISBN :
0-933957-34-3
DOI :
10.1109/OCEANS.2005.1639806