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However lift-on/lift-off vessels can load and unload their own cargo unassisted. Lift-on/lift-off vessels can operate out of docks with no dockside cargo handling equipment. "In May 2010 the Office of Naval Research (ONR) conducted a ... at-sea demonstration of their Large Vessel Interface Lift-on/Lift-off (LVI Lo/Lo) crane system in sea state ...
Named in honor of Gen. Frank S. Besson Jr., former Chief of Transportation, U.S. Army, these ships have bow and stern ramps and the ability to beach themselves, giving them the ability to discharge 900 short tons of vehicles and cargo over the shore in as little as four feet of water, or 2,000 short tons as an intra-theater line haul roll-on/roll-off cargo ship. [1]
Not shown is the rare, but also possible combination of a 30-foot container coupled to a 10-foot box, in a 40(+) foot long stack. The ISO 668 standard firstly classifies containers by their length in whole feet for their 'common names', despite all measurement units used being either metric (SI) or officially based on the metric system .
PortVision to Provide Sunoco Logistics with TerminalSmart Dock Management System and Vessel-Tracking Services PortVision's Maritime Enterprise Business Solution Will Help Sunoco Logistics ...
Large container terminals typically require yard management functionality in a TOS, whereas bulk dry and liquid cargo terminals do not. Terminal Operating Systems often use other technologies such as internet, EDI processing , mobile computers, wireless LANs and Radio-frequency identification (RFID) to efficiently monitor the flow of products ...
Named in honor of Gen. Frank S. Besson Jr., former Chief of Transportation, U.S. Army, these ships have bow and stern ramps and the ability to beach themselves, giving them the ability to discharge 900 short tons of vehicles and cargo over the shore in as little as four feet of water, or 2,000 short tons as an intra-theater line haul roll-on/roll-off cargo ship. [1]
Container size – A 20 feet container can not be loaded up on a 40 feet container, but the reverse is possible if the vessel structure allows it. Planners can also load a 40 feet container on top of two units of 20 feet container, this known as a "Russian stowage" or "mixed stowage".
The berth allocation problem (also known as the berth scheduling problem) is a NP-complete problem in operations research, regarding the allocation of berth space for vessels in container terminals. Vessels arrive over time and the terminal operator needs to assign them to berths in order to be served (loading and unloading containers) as soon ...