除木材外各干舷的淡水宽限为158毫米。
Allowance for fresh water for all freeboard other than timber 158mm.
干舷标志由钢板制成，焊接在船上，并且涂漆。
The freeboard marks are made of the steel plate, welded and painted on both sides of the ship.
上部箱体16基本上开启在顶部空间或干舷上。
The upper chamber 16 is an essentially open head space or freeboard.
你的干舷是多少？
适用于上层建筑、干舷、甲板、贮藏室、船舱、引擎室等。
Superstructure, topside, decks, stores, holds, engine room, etc.
筏子的干舷(26)非常低，装载量一大，筏子便浸没在水中。
Freeboard of the rafts (26) is very low, a big load, then submerged in water rafts.
许多升高后的干舷(吃水线和甲板之间)使得海盗很难将自己拖拉到船上去。
Many raise the height of the freeboard (between the waterline and the deck) to make it harder for pirates to haul themselves up the side.
干舷是衡量两栖车辆的水上浮性的一个重要指标，它对于两栖车辆的设计及使用有重要意义。
Freeboard of a vehicle is an important criterion to an amphibious vehicle's buoyancy. The concept of effective freeboard is important in the design and use of an amphibious vehicle.
作为非浸泡区域的防锈防腐保护层。适用于上层建筑、干舷、甲板、贮藏室、船舱、引擎室等。
As an anticorrosive for non - immersed areas. Superstructure, topside, decks, stores, holds, engine room, etc.
船壳和干舷上没有任何生锈或者脏污，甚至在那些最被风雨侵蚀的部分，也被刷上了鲜亮的油漆。
The boat's hull and topside were absent of rust and grime, while a fresh coat of paint covered the most weathered areas.
总说明书、重量重心计算书、稳性计算书、结构计算书、干舷和储备浮力计算书、不沉性计算书等内容。
Statement of the total weight calculation of center of gravity, stability calculation, structure calculation, freeboard and reserve buoyancy calculation, the calculation of unsinkable books and so on.
是栏杆扶手、彩色管道、装饰条以及安全设施的标示等用漆的理想选择。推荐用于上层建筑、干舷、以及甲板等部位。
An ideal colour coat for railings, colour coded pipes, decorative trim, safety equipment etc. recommended for superstructure, topside, decks, etc.
结合工程实例，在创造干施工环境下，通过化学锚固螺栓的方法，实现了更换低水位以下成套橡胶护舷。
Combining an application case, whole-set underwater rubber fenders' renew under low water level, was realized under dry construction condition through chemical anchorage of screws.
结合工程实例，在创造干施工环境下，通过化学锚固螺栓的方法，实现了更换低水位以下成套橡胶护舷。
The project adopted dry construction method and the material could be completely disassembled and reused with the consequence of resources spared and environment protected.
结合工程实例，在创造干施工环境下，通过化学锚固螺栓的方法，实现了更换低水位以下成套橡胶护舷。
The project adopted dry construction method and the material could be completely disassembled and reused with the consequence of resources spared and environment protected.
应用推荐