摘要
以工程实例为依托,结合OPTIMOOR数值计算软件,对30万t级油码头进行模拟。选取不同船舶装载状态进行分析,通过调整码头平面布置,研究其对船舶运动量和缆绳系缆力的影响。
Based on engineering practice, simulate a 300,000 t oil wharf by using OPTIMOOR. Various loading status are considered, vessel movement and mooring force are studied through the different terminal layout plans.
引文
[1]OPTIMOOR USERS GUIDE.Oil Companies International Marine Forum[R].Tension Technology International Ltd.,2005
[2]OCIMF.Mooring Equipment Guidelines[M].Witherby.
[3]Seamanship International[M].Livingston,UK,2008.
[4]JTS 165-2013海港总体设计规范[S].北京:人民交通出版社,2014.
[5]蔡长泗.蝶形短泊位系泊效果[J].水运工程,2009,(4):80-82.
[6]王鹏,金勇.开敞蝶形码头泊位长度研究综述[J].水运工程,2011,(9):82-86.
[7]李绍武,张志明,杨国平,等.开敞海域中液体散货泊位长度探讨[J].水运工程,2013,(3):97-100.
[8]吴澎,姜俊杰,张廷辉,等.开敞式蝶形码头吨位平面布置的优化研究[J].水运工程,2006,(10):120-127.
[9]刘宇,唐国磊.开波浪周期对开敞式码头系泊安全影响研究[J].中国水运,2010,(8):30-31.
[10]宋向群,刘宇,唐国磊.系泊索属性对开敞式码头船舶系泊安全的影响分析[J].港工技术,2010,(6):18-20.