This paper presents a real time cartoon smoke simulation algorithm based on fluid dynamics and particle system.
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。
Effect of curing temperature, curing time, resistance to media, kind and volume of the sand-laden fluid, and particle size of proppant on fibre compound sand control system were discussed.
探讨了固化温度、固化时间、耐介质性、携砂液的种类和用量以及支撑剂粒径等对纤维复合防砂体的影响。
This paper presents a fast cartoon smoke simulation model based on fluid dynamics and particle system.
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。
A parameterized model of fluid flowing particle system has been established by the particle attributes and the model characteristics are defined in detail.
通过将流体的属性参数化，建立了一个参数化的流体粒子系统模型，并对粒子参数特性进行了详细的定义。
The results showed that for this experimental system the particle-fluid mass transfer almost controls the overall rate, the approximate solutions fit the exact solution.
结果表明：本实验系统中传质过程接近于外扩散控制，近似解与精确解吻合较好；
The feasibilities of 3-dimension visualization system have been verified with the designed particle system of the fluid flowing in pipeline.
系统运行结果，初步验证了提出的粒子系统在管道流体三维可视化方案的可行性。
The feasibilities of 3-dimension visualization system have been verified with the designed particle system of the fluid flowing in pipeline.
系统运行结果，初步验证了提出的粒子系统在管道流体三维可视化方案的可行性。
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