2) shipmodel self-propulsion test
船模自航试验
3) self-propelled ship model test
自航船模试验
1.
Combining self-propelled ship model test with physical model experiment,the project plan which can satisfy the ship encountering condition is proposed.
文章分析了郁江口汇流段及羊栏滩河床形态和通航水流条件的特殊性,通过物理模型试验和自航船模试验相结合的方法,提出并研究了满足船舶对会的工程方案,并对现行规范中弯道双向航道尺度的计算方法提出了建议。
4) self propulsion test
自推试验(船模试验)
5) ship model test
船模试验
1.
Non-dimensional formulae are usually used to express the measured hydrodynamic forces and moments in ship model test, so that various geometric parameters are involved in uncertainty analysis.
ITTC从1999年起逐步发布了一系列关于船模试验不确定度分析的规程。
2.
Ship model tests are carried out, and the experimental results are presented in this paper.
根据船模试验结果的实船预报表明，这样的组合减摇装置的减纵摇效率分人满意。
3.
In order to investigate the navigable condition of Xiangjiaba Bridge and the implements of the optimal measurements,the simulation study on navigation indexes of Xiangjiaba Bridge is carried out by ship model test,to ensure all boats can transit dam safely.
金沙江向家坝大桥的通航条件较为复杂,为了研究论证向家坝大桥的通航条件及布置优化措施,确保船舶顺利过坝,进行金沙江向家坝大桥通航船模试验研究。
6) ship model experiment
船模试验
1.
The development of JGⅡ-V30 general software in Three Gorge pivot ship model experiment;
三峡枢纽通航船模试验系统软件开发
2.
According to the typical standard ship type for the upper reaches of the Yangtze River offered by the Ministry of Communications,and by theoretical means and ship model experiment,this paper studies the hydraulic parameter of the pebble rapids on the upper reaches of the Yangtze River.
根据交通部发布的长江上游的标准船型,采用理论计算和船模试验方法,对长江上游卵石急滩的水力指标作了研究。
3.
The ship model experiment on Chengbeizun Reach in Yangzi River shoal regulation is introduced, it shows both the scheme of 80 and 60 m channel width can be true of navigation by 1000t ship teams.
船模试验还对船队的航线和驾驶方式等提出了意见。
补充资料：化工自控计算机辅助设计
分子式：
CAS号：
性质：由中国开发的化工自控计算机辅助设计软件包。由总体管理模块、库管理模块和其他34项功能模块组成。具有智能化、集成化、系统化等特点，能进行仪表选型、图纸绘制、节流装置计算、安装材料统计等工作，可完成化工自动化专业设计工作量的80％左右。
CAS号：
性质：由中国开发的化工自控计算机辅助设计软件包。由总体管理模块、库管理模块和其他34项功能模块组成。具有智能化、集成化、系统化等特点，能进行仪表选型、图纸绘制、节流装置计算、安装材料统计等工作，可完成化工自动化专业设计工作量的80％左右。
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