给出了一种浮体湿表面网格生成方法。
A method is presented to generate the mesh for wetted surface of floating body.
本文研究了浮体直棱角附近势流流场的奇异特性。
The singular behaviour of potential flow around the rectangular corners of floating bodies is presented.
水动力系数的变化幅度随着浮体间距离增大而变小。
The change ranges of these hydrodynamic coefficients decrease as the distance between floating bodies increases.
研究了两层流体中垂直圆柱浮体水动作用力的问题。
The hydrodynamic characteristics of a vertically floating cylinder in a two-layer fluid is considered.
由固体微粒悬浮在液体中所组成的溶胶叫胶态悬浮体。
A sol that consists of solid particles suspended in a liquid is a colloidal suspension.
对大型浮体水弹性响应的频域计算方法做了综述和介绍。
The frequency-domain-analysis methods for hydroelasticity of very large floating structures are discussed and reviewed.
根据浮体闸门的构造特征，建立了单自由度非线性振荡模型。
According to the structural feature of the floating gate, a nonlinear single - degree of harmonic oscillating model is set up.
该技术利用液流浮力变化驱动浮体升降来控制排水通道的开闭。
This technology is using current buoyancy change, floating body to control drain switch of passageway.
超大型浮体在海洋资源开发和海洋空间利用方面有重要应用前景。
In the exploration of ocean resources and utilization of ocean space, very large floating structures are of significant use.
单个系泊浮体在规则波作用下，所受的流体动压力用势流理论计算。
In regular waves, the hydrodynamic forces acting on a single floating body can be obtained from the potential flow theory.
特殊函数展开法被用于解决多分散具势悬浮体系中粒子的沉降问题。
The special function expansion method was applied to solve the sedimentation problem of polydisperse colloid system.
重点介绍了水弹性分析理论在超大型浮体的动力特性研究中的应用现状。
The existing hydroelasticity theories and the applications in the analysis of the very large floating structures are especially introduced.
动水中运行的浮体闸水流条件非常复杂，有许多水力学问题有待于解决。
Current condition of the floating sluice in running water is complex, as a result, there are many hydraulics problems needed to solve.
第四章和第五章分别对浮体的三维绕射和辐射问题进行了较详细的研究。
The three-dimensional second order wave diffraction and radiation in time domain are also studied in detail in the forth and fifth chapter.
建立了大型浮体结构考虑风浪和爆炸载荷作用的大幅横摇运动随机微分方程；
The large-amplitude rolling random differential equation has been founded of floating structure subjected to wind-wave and explosive loading.
用奇点分布法计算浮体在波浪上的运动需要多次计算自由水面格林函数及其导数。
The analysis of interaction between waves and floating bodies by singularity distribution method involves a great number of estimations for the Green Function with surface and its derivatives.
这种抑制浮体效应的方法不增加器件面积，而且与体硅MOSFET工艺完全兼容。
This method has the same device area and is completely compatible with the bulk MOSFET process.
对黄、东海毗邻海域由陆架到深海的悬浮体进行了大量加密取样，获得了较准确的结果。
Suspended matter of water samples of large quantity taken from the Huanghai sea and East China sea were studied.
胶体微粒可很容易地放入悬浮体中，但从悬浮体中沉降的速度慢于粘土颗粒大小的物质。
Colloids are easily put in suspension but settle out of suspension slower than clay-sized material.
浮体排开一定量的水，其重量等于浮体的重量。浮体所排开水的重量等于其自身的重量。
A floating object displaces an amount of water whose weight equals that of the object.
本文提出一种扩展积分方程方法，用于消除浮体剖面水动力系数计算中不规则频率的影响。
An extended integral equation method was presented to remove the irregular frequency effects in solving the hydrodynamic coefficients for a ship-like floating body.
另外，组合体系和包埋体系的耐受有机物最大限度分别比悬浮体系提高了50%和38%。
The maximum organics compounds tolerance of combination system and entrapping system were 50% and 38% higher than suspending system respectively.
计算结果表明，当入射波为斜波时，本文方法和程序可用于估测超大型浮体结构的挠曲变形。
The results of calculation represent that the method and the program can be used to estimate the deflection distortion of VLFS when the incident waves are oblique waves.
将砰击及上浪载荷计入时域中浮体的非线性运动方程，并考察了其对浮体运动和载荷的影响。
Then, the slamming loads and green water loads are considered in the equations of nonlinear body motions.
利用此简化模型，可以显著地减少计算量，比较全面、定性地得到超大型浮体结构的响应特性。
By using this simple model, the quantity of calculation can be reduced notably, then catch the qualitative characteristic response of VLFS by and large.
利用此简化模型，可以显著地减少计算量，比较全面、定性地得到超大型浮体结构的响应特性。
By using this simple model, the quantity of calculation can be reduced notably, then catch the qualitative characteristic response of VLFS by and large.
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