Particle-based Pipe Fluid Simulation System

机译：基于颗粒的管道流体仿真系统

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We present a method for constructing a virtual fluid-transferring environment. The system is designed for selecting optimal running parameters. Input simulation data is acquired from two ways: One is the manual data produced by data generator; the other is real data from the industrial environment. And a new approach to calculating the flux of fluid flow in pipe is put forward. We combined particle system with collision detection technique to simulate bubbles flowing in pipe. Bubble shape was assumed to be an oblate spheroid. An interactive pipe fluid simulation system was realized in the end. The results show that this method enables us to effectively monitor the fluid flow in pipe.

机译：我们介绍了一种构造虚拟流体转移环境的方法。该系统旨在选择最佳运行参数。从两种方式获取输入仿真数据：一个是数据发生器产生的手动数据;另一个是来自工业环境的真实数据。提出了一种计算管道中流体流量的通量的新方法。我们将粒子系统与碰撞检测技术组合以模拟管道流动的气泡。假设气泡形状是扁圆形球体。末端实现了交互式管道流体仿真系统。结果表明，该方法使我们能够有效地监测管道中的流体流动。

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《Asia Simulation Conference/International Conference on System Simulation and Scientific Computing》|2005年||共4页
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作者
TANG Yong; HE Xin; Chinese Association for System Simulation(CASS); Korea Society for Simulation(KSS); Japanese Society for Simulation Technology(JSST);
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中图分类计算机仿真;
关键词
data acquisition; flow computing; particle system; collision detection;

机译：数据采集;流量计;粒子系统;碰撞检测;

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专利

1. Stochastic mode reduction for particle-based simulation methods for complex microfluid systems [J] . Kramer PR., Majda AJ. SIAM Journal on Applied Mathematics . 2003,第2期

机译：基于粒子的复杂微流体系统模拟方法的随机模态降低
2. On the flow characteristics of the conical Minoan pipes used in water supply systems, via computational fluid dynamics simulations [J] . Tseropoulos G., Dimakopoulos Y., Tsamopoulos J., Journal of Archaeological Science . 2013,第4期

机译：通过计算流体动力学模拟研究供水系统中使用的Minoan圆锥形管道的流动特性
3. Robust turbulence simulation for particle-based fluids using the Rankine vortex model [J] . Wang Xiaokun, Liu Sinuo, Ban Xiaojuan, The Visual Computer . 2020,第10a12期

机译：Quantine Vortex模型的粒子流体鲁棒湍流模拟
4. Particle-based Pipe Fluid Simulation System [C] . TANG Yong, HE Xin Asia Simulation Conference/International Conference on System Simulation and Scientific Computing vol.1; 20051024-27; Beijing(CN) . 2005

机译：基于粒子的管道流体模拟系统
5. Dissipative particle dynamics for mesoscopic particle-based thermal-fluid simulations. [D] . Chaudhri, Anuj. 2009

机译：基于介观粒子的热流体模拟的耗散粒子动力学。
6. Particle-based simulation of charge transport in discrete-charge nano-scale systems: the electrostatic problem [O] . Claudio Berti, Dirk Gillespie, Robert S Eisenberg, 2012

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7. Stochastic mode reduction for particle-based simulation methods for complex microfluid systems [O] . Peter R. Kramer, Andrew, J. Majda 2015

机译：复杂微流体系统基于粒子的模拟方法的随机模式降低
8. Particle-Based Simulations of Microscopic Thermal Properties of Confined Systems. [R] . Sabatti, F., Merrill, K., Goodnick, S., 2014

机译：基于粒子的受限系统微观热性质模拟。

Particle-based Pipe Fluid Simulation System

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