1) shipbody surface pressure

船体面压
1.
This paper describes the procedure for the selection and design of rubber fender such as the energy absorption and reaction of rubber fender and requirements for the shipbody surface pressure, layout and-installation of rubber fender and the design for drum rubber fender unti -impaction plate etc.
阐述橡胶护舷选型设计的步骤:确定橡胶护舷的吸能量和反力,对船体面压的要求橡胶护舷的布置与安装以及鼓型橡胶护舷防冲板的设计等。
2) Ship hull

船体表面
1.
A magnetic absorbing machine of underwater ship hull surface cleaning robot was innovated for obtaining better performance of the robot s absorbing and moving function.
为了实现水下船体表面清刷机器人在水下船体表面上的可靠吸附和灵活移动功能,对机器人磁吸附机构进行了设计研究。
3) ship surface

船体曲面
1.
It s crucial in reverse engineering to reconstruct a fair ship surface based on a large number of hull form points,while the fairing of ship hull curves and surfaces is more important and difficult in hull form design.
根据大量的船体型值点,如何有效地建构出光顺的船体曲面是逆向工程中的一个关键问题,而船体曲线曲面光顺又是船舶型线设计的重点和难点。
4) Hull surface

船体曲面
1.
The aim is to calculate damaged stability in 3D space based on the hull surface so as to improve reliability and efficiency.
本文的核心目的是在三维空间基于船体曲面计算破舱稳性,以避免传统计算方法的缺点,从而提高破舱稳性计算的稳定性与效率。
2.
A parametric hull surface design method is proposed, which expresses the hull with NURBS surface, and could accomplish the hull transform task
提出一种船体曲面参数化设计方法,采用NURBS表达船体曲面,通过统一的变换函数,完成船体曲面整体变换、局部变换和UV度变换等设计任务。
3.
Based on the analysis of complicated surface, research of hull surface modeling methods, and applications of surface modeling software, this paper discusses the standard for naval ship hull surface modeling, and carries out radical content of the standard.
在对复杂曲面建模技术进行分析、对国内船体曲面设计方法进行研究以及对曲面建模软件实际应用情况进行了解的基础上,对我国舰船船体曲面建模标准进行探讨,确定标准的基本内容,这对于规范船体曲面建模将具有积极的指导作用。
5) ship hull

船体曲面
1.
Based on the NURBS representation of the ship hull surface and deck, polyhedron representation of the inner bottom & shell, the efficient plane-surface intersection algorithm and the geometric properties calculation method, the virtual subdivision and hold capacity calculation method for arbitrary shapes of compartments are presented.
在船体曲面、甲板面NURBS表达和内底内壳多面体表达,有效的平面与曲面求交算法和几何特性计算方法基础上,给出了任意形状舱室的舱容计算方法。
2.
Preliminary ship design is the key point of the ship design and shipbuilding, in which ship hull representation is the foundation.
船舶初步设计是船舶设计和建造中的核心环节,而船体曲面表达是船舶设计和建造的基础。
6) ship-hull surface

船体曲面
1.
Study on Representation of Ship-Hull Surface and Three Dimensional Modeling Design;

船体曲面表达与三维船舶设计研究
补充资料:差压液面计
分子式:
分子量:
CAS号:
性质:料面计的一类。根据液面升降时能造成液柱差的原理而进行测量。将差示压力计的高压端接于液面以下,低压端接于液面以上的空间。所测得的液面差能较准确地反映出液面的变化。适用于敞口的或封口的压力容器。可以更换低压管来测量各种高度的液面。
分子量:
CAS号:
性质:料面计的一类。根据液面升降时能造成液柱差的原理而进行测量。将差示压力计的高压端接于液面以下,低压端接于液面以上的空间。所测得的液面差能较准确地反映出液面的变化。适用于敞口的或封口的压力容器。可以更换低压管来测量各种高度的液面。
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