2) ribbon pontoon bridge
带式舟桥
1.
Four ribbon pontoon bridge models are taken as experimental objects,which were made with FRP/steel composite structure.
本文采用玻璃钢/钢材复合结构形式的4折带式舟桥模型为试验对象,对每两个方舟模型互相连接后进行竖向加载试验。
2.
The center pontoon models of ribbon pontoon bridge type 79A were taken as experimental objects, which were made in proportion to 1∶4 with fiber reinforced plastics(FRP)/steel composite structure by hand lay up moulding process.
以我军现装备的79A带式舟桥为原型,以采用手糊成型工艺制作的按1∶4比例缩小的玻璃钢(FRP)/钢复合结构的方舟模型为研究对象,采用“三弦梁”理论对模型的承载能力进行了计算。
3.
On the basis of advantages of the two materials FRP and steel,combined with the structural characters of ribbon pontoon bridge,the idea of using FRP/steel composite structure in developing new type ribbon pontoon bridge is discussed.
根据玻璃钢和钢材这两种材料的优点及现行带式舟桥的结构特点,论述了采用玻璃钢/钢复合结构研制新型带式舟桥的构想。
3) floating/ribbon bridge
浮桥/带式舟桥
4) pontoon bridge
舟桥
1.
Experimental investigation on welding of aluminumalloys used in pontoon bridge;
舟桥结构用铝合金的焊接试验
2.
Based on the need of development of pontoon bridge and designing of its structure, mechanical properties of five kinds of aluminum alloys (6063-T6, 6005-T6, 6061-T6, 7005-T6, 7A05-T6) are investigated by tensile experiments.
根据舟桥装备发展及结构设计的要求,选择5种铝合金(6005、6061、6063、7005、7A05)通过静载拉伸试验法测定了材料的应力-应变曲线和若干重要力学性能参数,通过数据分析与处理,获取了目前国产铝合金的状态信息,并对国产铝合金应力-应变关系的数学模型进行了初步探讨。
3.
For solving the key problems concerned in design,analysis and manufacturing technology of aluminum alloy pontoon bridge,the research on design of main structure of the pontoon bridge made of aluminum alloy is carried out.
针对铝合金舟桥在设计、受力分析、制造工艺诸方面的技术难题,开展了“铝合金用于舟桥承重结构的设计研究”预先研究工作。
5) ARCA
方舟
1.
The Architecture of Arca CPU and the Embedded SOC;
方舟CPU体系结构及其嵌入式SOC
2.
The Arca Embedded Processor and the Software/Hardware Development Tools;
基于方舟CPU的嵌入式SOC及其软/硬件开发平台
3.
The application of ARCA CPU in earthquake data acquisition system;
方舟CPU在地震数据采集器中的应用
6) railway float bridge
铁路舟桥
1.
In order to solve the problem of railway-support on the Yangtze River,the proposal to combine simple railway ferry by using multi-purpose pontoon and the railway float bridge equipment was put forwad,and its traffic capability was analyzed.
为有效解决战时长江铁路保障问题,提出了利用多用途浮箱和铁路舟桥器材拼组简易铁路轮渡的设想。
补充资料：挪亚方舟
《创世记》记述挪亚是亚当的第十代孙子。他是义人,与神同行。但他的同时代人作恶多端，激起神怒,神决定灭绝他们，命挪亚制造方舟，救他一家和其他一切清洁的生物。天降大雨40昼夜,洪水滔天。150天后洪水渐退，方舟停在亚拉腊山顶。神和挪亚立约，以虹彩为记，从此不再用洪水灭绝人类。挪亚身体魁伟，始造酒。洪水之后，挪亚还活了350年，于950岁时去世。他有三个儿子──含、闪、雅弗。他们的子孙散在各地。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条