一个翻转葡萄酒泄漏流体模拟的视频演示。
A video walkthrough of a FLIP fluid simulation of a wine spill.
已经使用的物理特性有比如流体模拟粒子系统等等。
This leads to a lot of the scalability of the physics being used for visual effects such as richer particle effects or fluid simulation.
用户将能够创建从实际的现实生活中的例子流体模拟。
The user will be able to create fluids simulations from practical real life examples.
流体模拟作为影视动漫特效的重要元素，具有重要意义。
Fluid simulation, as one of the film elements, play an increasingly important role.
近年来基于物理的流体模拟成为计算机动画领域的一个研究热点。
In recent years physically based fluid simulation is becoming a hot research issue in computer animation.
本课程将探讨在流体的形状节点的不同属性，以及在创建工作流流体模拟。
This course will explore the different attributes in the fluid Shape node as well as the workflow when creating fluid simulations.
在GPU上实现了多重网格法，并用该方法改进了二维的实时流体模拟，更充分地利用GPU的并行计算能力。
We implement a multigrid method on GPU and improve the accuracy of 2D realtime fluid simulation by using the implemented multigrid method.
这项技术对于需要快速精确导向的火焰流体模拟来说还是很有用的，如果换回3d流体模拟，恐怕达到一样的效果的代价是很巨大的。
It's truly useful for high speed, precisely directed fire simulation, the effort will be massive if one use 3d fluid method.
用计算机真实地再现水、云、烟为代表的流体在自然界中的运动过程和运动规律，即流体模拟是计算机图形学中的一个重要研究领域。
Building animation tools for fluid motions by computer on many natural phenomena such as water, cloud and smoke, which is one of the most important problems in computer graphics.
将人群模拟成流畅的流体，就无法捕捉到这些根本的特色。
Modelling people as a smooth-flowing fluid fails to capture such basic features, says Mr Wittasek.
PhuongHuynh，一个工作在这个项目的博士后说道，例如一个计算机对流体流过管道内的一个障碍物的模拟可以依赖于一个单独的参数：障碍物的半径。
For instance, says Phuong Huynh, a postdoc who worked on the project, a computer simulation of fluid flow around an obstacle in a pipe could depend on a single parameter: the radius of the obstacle.
所以我们也想到，这种技巧一定可以完美的模拟火焰，因为火焰也是一种流体。
So we got thinking. Surely this would be a perfect way to simulate fire, because fire is a fluid.
提出一种流体力学模型结合粒子系统的卡通烟雾实时模拟算法。
This paper presents a real time cartoon smoke simulation algorithm based on fluid dynamics and particle system.
数值模拟是惯性约束聚变内爆中流体不稳定性研究的主要方法。
Computational simulations are the main method to study fluid instability during an implosion in inertial confinement fusion.
其根本思想是对问题重新建模，建立直接模拟流体运动的离散格点模型。
Its essential idea is to rebuild its model for mathematical physical problems, and establish the disperse lattice model for simulating fluid movement directly.
正是因为数值模拟具有较多的优点，渐已成为研究流体力学强有力的手段。
Because of the strongpoints in numerical simulation, it has become an effective means for hydrodynamics.
磁盘驱动器的设计者可以利用ANSYSFSI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。
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.
流体阻尼器冲击减少车辆通过使用压缩流体，同时，机械阻尼器模拟流体设计，但使用电场信号，而不只是一种流体物质。
Fluid dampers lessen the shock to a vehicle through the use of compressed fluids, while mechanical dampers mimics the fluid design, but USES electric signals instead of just a fluid substance.
数值模拟了流体在不同圆锥角度和不同入口尺寸的新型涡旋发生器中的压力分布和传热特性。
Numerically simulates the pressure distribution and heat transfer characteristics of fluid in a new vortex generator with different conic angles and different inlet sizes.
但等到他自豪地向我们展示结束之前，他展示了在他的掌上电脑上全速模拟了流体的运动。
But he waited till the end before proudly showing us a fluid simulation running at full speed on his palm top.
为避免二维波方程中的大量计算，使用二维波动方程的中心差分近似来模拟流体运动。
This paper used centered difference to simulate the fluid movement in order to avoid lots of calculations in two dimension wave equation.
在此基础上，引入流体流动模拟分析技术，研究了油气运移方向。
Fluid flow simulation analysis technology is introduced to study the direction of hydrocarbon migration.
对不同入口气体速度、初始颗粒尺寸分布和不同颗粒团聚形成机理下收集器内颗粒聚团流动的流体动力特性进行数值模拟。
The hydrodynamics of particle agglomeration flow was numerically simulated at the different inlet gas velocity, initial particle size distribution and type of agglomeration mechanisms in the absorber.
油藏数值模拟是以多相流体在多孔介质中流动的理论为基础，目前已广泛应用于油藏工程。
Reservoir numerical simulation is based on the theory of multiphase fluid flow in porous media. Now it has been used in reservoir engineering extensively.
跟踪粒子从进入流体开始模拟的数目。
Number of tracer particles to be put into the fluid at the beginning of the simulation.
同时还模拟了流体自扩散系数随温度的变化关系。
The relation of diffusion coefficient with temperature has also been simulated.
利用耗散粒子动力学（DPD）对方形通道内流体流动进行了模拟。
The fluid flow in a square channel was investigated using dissipative particle dynamics(DPD).
颗粒轨道模型因其合理的理论基础成为颗粒流体系统数值模拟的重要研究方法。
As a powerful simulation technology on PFS, the investigation of DPM (Discrete Particle Model) has been a foreland in this domain for reasonable rationale.
颗粒轨道模型因其合理的理论基础成为颗粒流体系统数值模拟的重要研究方法。
As a powerful simulation technology on PFS, the investigation of DPM (Discrete Particle Model) has been a foreland in this domain for reasonable rationale.
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