它将配备三台船对岸龙门起重机和三台可进行岸上移动的搬运车。
It will be equipped with three ship-to-shore gantry cranes and three transtainers for shoreside movements.
较完整的完成了龙门起重机电气控制系统的设计。
Finish the design of electricity control system of the gantry crane completely.
通过大量的实验和理论分析，找出了龙门起重机在工作状态下金属结构的裂纹限制长度。
The crack limit length of gantry crane metal structures under the work conditions is found through a large number of experiments and theory analyses.
水电站龙门起重机：主要用来吊运和启闭闸门，也可进行安装作业。
Hydropower Station Gantry Crane: mainly used for lifting and opening and closing gates, but also the installation.
这是一种叫做轮胎式集装箱龙门起重机。
根据断裂理论，对龙门起重机金属结构的裂纹扩展规律进行了研究。
According to the theory of fracture, the laws of crack spreading of gantry crane metal structures are carried out.
采用灵敏度分析方法，对其结构系统进行优化设计，提出一种重量较轻、静动态性能优良的集装箱龙门起重机结构设计方法。
Sensitivity analysis method is used to optimize the structure, providing design scheme of gantry container crane with less weight, and better dynamic and static properties.
两种龙门起重机都非常灵活，经济实惠，能够灵活提升工厂中的各种材料。
Both gantry cranes are an economical and flexible way to lift materials anywhere in your facility.
本文用简化的力学模型对龙门起重机和装卸桥小车撞击缓冲器时的动力响应进行理论分析。
Resorting to a simplified mechanical model, this paper makes a theoretical analysis of the dynamic response of the gantry crane and loading bridge when their their trolleys collide with buffers.
普通龙门起重机：这种起重机用途最广泛，可以搬运各种成件物品和散状物料，起重量在100吨以下，跨度为4 ~35米。
General gantry crane: the most extensive use of this crane can carry a variety of items and bulk materials into, from the weight of 100 tons, a span of 4 to 35 meters.
有些情况下，地铁车辆还要通过公路运到车辆段交货，这种情况下必须考虑设计有硬化的卸货场地和起重设备，如起重机或龙门架。
In some cases, it is necessary to provide car delivery access by road. Hard standing areas and unloading facilities like cranes or gantries must be considered when designing such a depot.
SISSCO提供了固定高度的钢制龙门起重机以及可调节的钢制龙门起重机。
SISSCO offers a Fixed Height Steel Gantry Crane as well as an Adjustable Steel Gantry Crane.
由于生产效率的提高和大型载物的出现，其设备的安装则需要大跨度龙门起重机的作业。
As the rise of the production efficiency and the emergence of the large loadings, the installations of equipments will need large span gantry cranes.
通过对龙门起重机进行谐态分析，得出应该避免的固有频率段，并且为龙门起重机的优化设计提供了目标变量或状态变量。
Finally, it gets frequency band which should be avoided and provides target variables or state variables for the optimum design of gantry crane by the harmonic response analysis for gantry crane.
由于，龙门起重机的工作环境多在多风灾的露天场所，风对起重机的作用便更显突出。
The work environments of gantry cranes are usually windy, the impact of wind is even more prominent.
本文首先将单梁龙门起重机主梁二维刚性截面放于五种湍流模型中进行数值模拟。
First of all, numerical simulation of two-dimensional rigid main beam cross-section of the single beam gantry crane is carried out with five turbulence models.
造船龙门起重机结构型式分为单梁和双梁。
The structure of shipbuilding gantry crane has single and double girder types.
本文以600吨龙门吊为例研究了大型起重机钢结构的焊接制造工艺。
In this paper, 600 tons gantry was studied as an example of the construction process of large-scale crane structure.
摘要：一种轨道式龙门起重机由于多年运行，其小车轮频繁出现走偏现象。
Abstract: the trolley wheel of some kind of gantry crane appeared the phenomenon of slanting. After several years' usage.
龙门起重机的整体失稳导致结构丧失承载能力。
Integral instability of a gantry crane causes structure to lose load supporting capability.
在这篇文章中，一个龙门起重机操作员培训模仿器的开展，包括所有方才提到的组件，提出。
In this article, the development of a gantry crane operator-training simulator, including all the earlier mentioned components, is presented.
利用大型有限元软件ANSYS对某龙门式起重机进行整机多工况静强度分析；
In this paper, the static strength analysis of one gantry crane were accomplished on difference working conditions by the ANSYS;
本文分别将龙门起重机三维模型放于工作状态风速、非工作状态风速、台风风速三种风速下进行风致振动响应分析。
Analysis of three-dimensional models under in-service wind speed, out-of-service wind speed and typhoon wind speed is carried out to study the wind-induced vibration response of gantry crane.
文中所述方法与经验可普遍推广应用于超大型桥式起重机、铺轨架桥机、龙门行车与多片式抢修钢桥等实用工程结构物的设计计算。
The said method can be applied to design calculation of practical engineering structures such as super large bridge crane, track laying machine, bridge erecting machine, gantry crane and eme…
文中所述方法与经验可普遍推广应用于超大型桥式起重机、铺轨架桥机、龙门行车与多片式抢修钢桥等实用工程结构物的设计计算。
The said method can be applied to design calculation of practical engineering structures such as super large bridge crane, track laying machine, bridge erecting machine, gantry crane and eme…
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