橡胶护舷的英文

• fender buffer
• jetty mounting
• marine fender
• rubber fender

• "橡胶"英文翻译    rubber; vulcanizate
• "护"英文翻译    protect; guard; shield
• "舷"英文翻译    the side of a ship; board
• "充气橡胶护舷" 英文翻译 :    air block fender
• "拱形橡胶护舷" 英文翻译 :    rubber arch fender
• "鼓型橡胶护舷" 英文翻译 :    cell rubber fender
• "鼓形橡胶护舷" 英文翻译 :    rubber cell fender
• "圆形橡胶护舷" 英文翻译 :    cylindrical rubber fender
• "充气式橡胶护舷" 英文翻译 :    inflatable rubber fender
• "气压式橡胶护舷" 英文翻译 :    pneumatic rubber fender
• "压缩式橡胶护舷" 英文翻译 :    compressible rubber fender
• "圆筒形橡胶护舷" 英文翻译 :    cylindrical rubber fender
• "橡胶护垫" 英文翻译 :    rubber fender
• "橡胶护箍" 英文翻译 :    bettis protector; rubber sleeve
• "橡胶护面的" 英文翻译 :    rubber lagged
• "橡胶护套" 英文翻译 :    rubber boot(rf); rubber boot(vl); rubber sheath
• "橡胶护膝" 英文翻译 :    rubber kneeling pad
• "硬橡胶护套" 英文翻译 :    cabtyre sheath
• "橡胶块护舷" 英文翻译 :    rubber blocks fender
• "韧质橡胶护套" 英文翻译 :    t.r.s. =tough ru er sheathing; t.r.s. =tough rubber sheathing
• "天然橡胶护套" 英文翻译 :    natural rubber jacket
• "橡胶护套电缆" 英文翻译 :    cabtire cable; rubber sheathed cable
• "钻杆橡胶护箍" 英文翻译 :    drill pipe rubber; stabilizer
• "氯丁橡胶护套电缆" 英文翻译 :    polychloroprene sheathed cable
• "韧性橡胶护套电缆" 英文翻译 :    tough rubber sheathed cable

• Ships and marine technology - high - pressure floating pneumatic rubber fenders
  船舶和海上技术.高压浮式充气橡胶护舷材
• Cylindrical rubber fender
  圆形橡胶护舷
• This paper points out the shortage of present renewing methods for rubber fenders
  摘要指出目前更换橡胶护舷方法存在的不足。
• 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。
• When the ship contacts to ship or berthing facilities , its protective effect against collision is better than that of conventional fenders made of solid rubber , such as scrap tire , solid rubber fender , etc . , due to compressed air used as amortization medium
  与一般的弹压型橡胶护舷(如废旧轮胎、实芯橡胶护舷等)相比较，具有吸收冲击能量大，作用于船舶的单位面积压力低，耐冲击疲劳性能优异，安装简易等优点。
• Based on the solving technique of explicit non - linear finite element method and the mechanism in ship - anti - collision equipment collision , this paper develops numerical simulation to collision process of a ship and an anti - collision equipment , then studies the influence of uncertain factors in the collision problems and gives some suggestions to improve the anti - collision equipment
  摘要在研究船桥墩防护装置碰撞机理的基础上，结合实例探讨了碰撞问题中的诸多因家（如碰撞位置、防护装置的结构尺寸以及碰撞速度等的变化）对防护装置抗撞性能的影响，并据此对桥墩防护装置提出了改进意见：通过仿真计算，改进防护装置的板厚以及板上筋的结构尺寸；在防护装置的内围壁与桥墩之间放置橡胶吸能元件或在防护装置的外围壁安装橡胶护舷件，以加强防护装置的吸能作用。