fluid structure信息详情
流体结构
fluid───n.流体，液体；adj.流动的；不固定的，易变的；流畅的，优美的；液压传动的
structure───vt.组织；构成；建造；n.结构；构造；建筑物
viscous fluid───[流]粘性流体；黏性流体
cerebrospinal fluid───[解剖]脑脊液，[解剖]脑脊髓液
follicular fluid───[组织]卵泡液；滤泡液
crystalloid fluid───晶体液
expansible fluid───膨胀性流体
amnion fluid───羊水
semisolid fluid───半固态流体
To master the fluid of hemodynamics of various valvular vitium of the heart and heart structure change.───掌握各种瓣膜玻璃体的血流动力学和心脏结构变化。
Disk drive designers use ANSYS FSI solutions to conduct two-way coupled fluid-structure simulation, which provides the ability to optimize devices in a single simulation environment.───磁盘驱动器的设计者可以利用ANSYS FSI进行双向耦合流体结构仿真，该软件具备在单一的模拟环境下优化设备的能力。
Engineering pipes and human blood vessels are fluid-structure coupling systems, both of which have many similar characteristics.───工程管道与人体血管都是典型的流固耦合系统，它们的性质有很多相似之处。
In this paper; we present a computational study of the jetting process using ANSYS fluid-structure interaction (FSI) analysis tools and .───利用ANSYS流固耦合作用工具FSI及任意拉格朗日欧拉法对胶液喷射器内胶液流动过程进行了研究。
The Smoothed Particle Hydrodynamics(SPH) method is presented to simulate the fluid-structure interaction with a free surface.───提出了光滑质点水动力学法，对具有自由面的水流（体）与建筑物相互作用问题进行了数值仿真。
Therefore, the fluid-structure interaction (FSI) problem of turbo-machinery is quite new and significant subject in fluid machinery field.───因此，叶轮机械的流固耦合（FSI）问题是流体机械领域中前沿热门的课题。
The influence of fluid-structure interaction must be taken into account when the dynamic response of elastic tube bundles is studied.───因此，在研究管内充液弹性管束的动态响应时必须考虑流体与管束结构的相互作用影响。
The Immersed Boundary method is a general technique for modeling a flow field with complex geometries and fluid structure interactions.───浸入边界法是适用于模拟形状复杂的弹性结构边界的一种边界处理方法。
It is hot, the fluid, structure, electromagnetic, acoustics integration in the universal finite element analysis software for commercial.───它是融结构，热，流体，电磁，声学于一体的大型通用有限元商用分析软件。
Based on the hydrodynamics of a circulating fluidized bed, a model of fluid structure is presented.
The paper derives a fluid structure interaction equation of motion for aft part vibration of ships by use of 3 dimensional hydroelasticity theory.