(1) To be able to accommodate large-sized containerships with around-the-clock services. That is because container line......

回顾系泊船舶的行为和在泊位设计时系缆配备的一般原则.系泊力是码头及泊位靠泊能力的一个重要因素.影响系泊力的因素有风、流及波......

Ice formation in the harbours in arctic region such as in Finland is a problem in winter times. The air bubblers are oft......

The hydraulic engineering body of the 300 000 tons of crude oil terminal at Tianjin Port is basically completed through......

通过对海上安全风险评估基本理论的分析,结合中国海上安全风险评估理论和实践的发展历程,对海上安全运输的发展提出应用建议. Bas......

The throughput capacity of a container terminal is very important in planning and designing at container terminals.The e......

The financial crisis influence was strongly felt from the second half of 2008 in China.It had a tremendous impact on int......

In the Pearl River Delta (PRD), there is severe competition between container ports, particularly those in Hong Kong, Sh......

On December 16th Sinopec Group held a ceremony to start the construction of a 200 000 t/a polypropylene project at Ties......

Shanghai Smelter,located in the City of Shanghai——the largest industrial basewhich has lots of transport facilities a......

Since the permanent formation of our govern-ment underthe Constitution in 1789 ,most of the periods of crisis in our his......

Hubei Xin Yegang Co., Ltd., located in Huangshi, Hubei Province, is the earliest iron & steel enterprises in China.. Its......

1.青海紫维尺蛾Venusia violettariakukunoora(Wehrli)分布:甘肃(连城)、青海。 2.克维尺蛾Venusia Kioudjrouaria(Oberthur)分布......

Secure storage yard is one of the optimal core goals of container transportation;thus,making the necessary storage arran......

The main challenge for container ports is the planning required for berthing container ships while docked in port.Growth......

Flexible appendages, such as solar panels, communication antennas and other large structures, are mounted on the base of......

This paper analyzes fender selection process in berth design and focuses on the case of a rigid berth with rubber cone f......

【正】 The construction of Fujian Refining and Ethylene Project is in smooth progress today and will be completed at the......

This paper measures the efficiency of ports in the Yangtze River Delta Region(YRDR) in 2008 and 2013 using port berth qu......

The sacrificial anode protection system for the steel pipe piles of the 3rd berth of Dandongwharf at Dandong port has op......

The interdecadal variation of Pacific thermocline represented by depth anomalies of 25σθ isopycnal surface calculate......

The Port of Basuo is situated in Basuo Town,DongfangCounty,Hainan Province on the eastern side of the Beibuwangulf of th......

The Port of Beihai is situated at the southern border ofGuangxi Zhuangzu Autonomous Region and on the northernside of th......

The Port of Shantou is situated along the coast of south-ern Guangdong,at the midway of the“Golden Coast”betweenFuzhou......

The Port of Xiamen is situated in southern FujianProvince along the coast where the Jiulongjiang River emptiesinto the s......

旅游者:对不起,你能不能帮助我?中国人:什么事?旅游者:我好像迷路了。我刚去过天安门,找不着回去的路了。不知道自己现在在什么地......

码头可作业率决定着码头建成后的通过能力,对工程设计至关重要。在国际工程中,业主和咨询工程师通常会对码头可作业率提出明确的要......

在中国刚刚加入世界贸易组织,经济发展以更大的开放度走向世界之时,港口是天津实现新世纪战略目标的最大优势.面对世界经济全球化......

TOPSIS是一个求解多属性决策问题的典型方法。介绍了石化码头泊位规模方案确定及TOPSIS优选模型，计算模型的正、负理想懈；根据相似度......

运用排队理论模型,基于停靠泊位饱和度,提出了BRT车站物理停靠泊位数计算与分组设置方法。首先计算单个泊位的最大车辆通行能力,通......

随着全球经济一体化的速度加快，港口物流对于一个地区经济发展的”拉动一推动”作用越来越明显，大力发展港口物流是辽宁省战略发展的......

In Container terminals,a quay crane’s resource hour is affected by various complex nonlinear factors,and it is not easy......

随着曹妃甸港业务规模不断增大,要求加大生产管理力度,为了加快港口建设速度,实现港口现代化、信息化管理,对生产管理系统进行更新......

介绍港口泊位规划方案确定及TOPSIS优选模型，计算模型的正负理想解；根据相似度定义各方案到正理想解和负理想解的距离，得出各方案的相......

通过分析港口在发展建设过程中，船港双方从各自利益出发而导致追求目标不一致的矛盾，以预测的吞吐量为前提，运用动态规划的原理，从理论......

文章针对厦门象屿保护税区＃15、＃16泊位抛石基床爆夯工序，从监理的角度、简单介绍了爆夯施工准备阶段、实施阶段监理目标及监理措施，分......

介绍日照港东港区＃９泊位由１．５万吨级泊位浚深为５万吨级泊位的改造方案。...

介绍大连港口建设监理公司在大窑湾一期工程后六泊位的施工监理工作情况。...

介绍锦州笔架山南岸旅游码头基础设计方案比选情况,并提出实施推选方案应注意的问题....

介绍水下不分散混凝土的特点及在大连港码头修复中的应用....

介绍镇海算山码头#7泊位5万吨级成品油码头兼靠10万吨级油轮的改造设计.对泊位长度、靠泊设施间距、泊位作业标准和平面水域等进行......

根据天津港复线船闸水力学模型试验结果，分析船闸输水系统在灌泄水过程中影响系缆力的因素。并针对海船闸的船舶允许系缆力标准进行......

对某改扩建的油码头，首先采用基于设计规范的设计方式对泊位年通过能力进行初步计算。由于任意泊位停靠船舶的船型大小会对其它泊位......

分析码头系靠泊结构形式的现状和大水位差码头系靠泊结构形式的特点,并结合库区港口地形及水位变化的特点,提出适用于大水位差码头......

依托贵港二线船闸,建立1∶30比尺的物理模型,对闸室不同消力梁布置型式下的水流条件和船舶停泊条件进行研究。结果表明：底槛高0.9 m......

本文在将趸船靠船设施简化为一个带质点的弹簧系统的基础上,采用脉冲响应函数法来计算船舶靠泊趸船时的靠泊力。由于本方法计及了......

以实测结果为例，对船舶纵向重力式下水的船首动态压力变化和船舶运动参数进行了综合分析，研究了在建船舶吨位超过船台设计能力的下水......

为了能够尽快解决湖州航区船舶停船难问题，文中通过对目前湖州市水运业的发展现状、船舶停泊秩序所存在的问题等方面进行了仔细的分......

通过对运输部原料码头M10-30型门机理论卸煤能力和实际卸煤能力的分析，结合梅钢产能扩大后水路进厂原燃料物流平衡计划，提出原料码头......

本文在三维仿真软件Arena 3DPlayer平台上实现了港口泊位作业系统的三维动画仿真.首先分析了港口泊位作业系统并利用Arena对该系统......