"拟流体+pseudo-fluid英语短句+例句大全"是一本收集了关于拟流体和pseudo-fluid的英语短句和例句的大全。拟流体是一种模拟真实流体行为的虚拟流体，常用于工程仿真和科学研究中。本书以简洁清晰的方式展示了关于拟流体和pseudo-fluid的各种用法和例子，涵盖了各种场景和行业的应用。读者可以通过本书快速了解拟流体和pseudo-fluid的基本概念，并且丰富自己的英语词汇和表达能力。无论是学术研究还是工程实践，本书都能为读者提供丰富而有用的参考资料。
拟流体,pseudo-fluid
1)pseudo-fluid拟流体
1.Establishment of charged particlepseudo-fluid multi-phase turbulent flow model;荷电颗粒拟流体多相湍流模型的建立
2.For the slow intensive granular flow,the method of describing the granular flow as apseudo-fluid flow is employed in this work.针对慢速密集颗粒流的特点,采用拟流体的方法,类比具有屈服应力的非牛顿流体,给出了适用于慢速密集颗粒流的本构方程表达形式,建立了用粗糙底面斜槽测量颗粒流当量粘性的数学模型,并以小麦颗粒为例,通过粗糙底面斜槽实验得出了小麦颗粒流的屈服应力及其本构方程的关键系数。
3.Thepseudo-fluid model based on the closure of modified kinetic theory of granular flow was used to simulate the clustering phenomena in a circulating fluidized bed riser.本文利用改进的颗粒流体动力学封闭的拟流体模型对循环流化床上升管内的颗粒团聚现象进行了模拟。
2)Fluid simulation流体模拟
1.This paper presents a survey on the development of physically based fluid simulation in computer animation, with a detail introduction to the classification of the topic as well as the methods employed in the field.基于物理的流体模拟近年来成为计算机动画领域的一个研究热点。
2.Two dimensional fluid simulation results show that the wall voltage across the sustaining gap is increased by 30 V,and the sustaining voltage can be lowered by 1020 V with the new triggering method.二维流体模拟结果表明,新的触发驱动方法可将五电极AC PDP主维持间隙的壁电压提高30 V左右,从而使其维持电压降低了10~20 V,降低了对驱动电路的要求,同时真空紫外辐射效率比传统三电极AC PDP提高了50%以上。
3.Influence of various factors of the floating electrode on the luminous efficacy,including its width,its gap,the thickness and the relative permittivity of the dielectric layers sandwiched between the display electrode and the floating cathode,was evaluated with the fluid simulation.针对表面放电ACPDP中一种大放电间隙的情形 ,采用流体模拟方法 ,研究浮动电极的宽度、间隙以及浮动电极与显示电极平面之间的介质厚度及其相对介电常数对发光效率的影响 ,结果发现浮动电极的宽度和间隙对发光效率影响较大 ,而浮动电极与显示电极平面之间的介质厚度及其相对介电常数则对发光效率影响较小 ,采用浮动电极后最小维持电压得到了较大幅度的降低。
英文短句/例句
1.Fluid Analogue & Experiments in Atmospheric Circul大气环流流体模拟与实验
2.one dimensional MHD simulation一维磁流体力学模拟
3.Lattice Boltzmann Simulation for Complex Fluid;复杂流体的Lattice Boltzmann模拟
4.Study on Modelling of Fluid Flow in Iron-bath Smelting Reduction Furnace with Multi-phase Model多相流模型模拟熔融还原炉内流体流动
5.Lattice-Boltzmann Simulation for Fluid Flow and Real-Time Visualization;流体流动的格子Boltzmann模拟及实时可视化
6.Simulation and Experimental Research on MicrofluidicChip;微流控芯片流体数值模拟及实验研究
7.Lattice Boltzmann Methods for the Simulation of Viscous Fluid Flow用于模拟粘性流体流动的格子Boltzmann方法
8.Multiscale Simulation of Nanofluid Multiphase Flows纳米流体多相流动的多尺度模拟方法
9.Micronozzle flow based on simulation of molecule movement基于分子运动模拟的微喷管流体流动
10.Simulation of Flow and Heat Transfer with Thermal Lattice-Boltzmann流体流动传热性能的热格子Boltzmann模拟
11.A CFD Simulation of the Flow Field of a Power Law Fluid in an Eccentric Annulus幂律流体偏心环空流场的CFD模拟
12.Numerical simulation of fluid flow in Erlenmeyer shake flask with computational fluid dynamics摇瓶反应器中流体流动的CFD数值模拟
13.Particle Simulation of Steady Flow of Rarefied Plasma Plume稀薄等离子体羽流稳态流动粒子模拟
14.Research of Stream Architecture: Simulator and Verification Techniques;流体系结构模拟器及模拟验证技术研究
15.Numerical Simulation of the Cavitating Flow of Underwater Vehicle水下航行体模型空化流动的数值模拟
16.The Traffic Flow Model Based on Fluid Dynamics and Numerical Simulation;基于流体动力学的交通流模型及数值模拟
17.A TWO-FLUID MODEL FOR NUMERICAL SIMULATION OF SUBCOOLED BOILING FLOW OF LIQUID NITROGEN液氮过冷流动沸腾数值模拟中的双流体模型
18.Numerical Simulation of Convection Heat Transfer with Pulsating Flow and Spiral Flow in a Duct;管内流体脉动及螺旋流对流换热的数值模拟
相关短句/例句
Fluid simulation流体模拟
1.This paper presents a survey on the development of physically based fluid simulation in computer animation, with a detail introduction to the classification of the topic as well as the methods employed in the field.基于物理的流体模拟近年来成为计算机动画领域的一个研究热点。
2.Two dimensional fluid simulation results show that the wall voltage across the sustaining gap is increased by 30 V,and the sustaining voltage can be lowered by 1020 V with the new triggering method.二维流体模拟结果表明,新的触发驱动方法可将五电极AC PDP主维持间隙的壁电压提高30 V左右,从而使其维持电压降低了10~20 V,降低了对驱动电路的要求,同时真空紫外辐射效率比传统三电极AC PDP提高了50%以上。
3.Influence of various factors of the floating electrode on the luminous efficacy,including its width,its gap,the thickness and the relative permittivity of the dielectric layers sandwiched between the display electrode and the floating cathode,was evaluated with the fluid simulation.针对表面放电ACPDP中一种大放电间隙的情形 ,采用流体模拟方法 ,研究浮动电极的宽度、间隙以及浮动电极与显示电极平面之间的介质厚度及其相对介电常数对发光效率的影响 ,结果发现浮动电极的宽度和间隙对发光效率影响较大 ,而浮动电极与显示电极平面之间的介质厚度及其相对介电常数则对发光效率影响较小 ,采用浮动电极后最小维持电压得到了较大幅度的降低。
3)ghost fluid虚拟流体
1.Theghost fluid method is used to deal with the interfacial boundary condition.采用间断有限元Galerkin方法求解欧拉方程得到流场解,采用5阶WENO格式求解Levelset方程追踪多流体界面,界面附近的边界条件由虚拟流体方法处理。
4)pseudo fluid model拟流体模型
1.The current situation and development ofpseudo fluid model are discussed in details.本文介绍了颗粒流体两相流动的特征及其模拟方法 ,重点论述了拟流体模型的研究现状及发展 ,并对两相流动模拟中的各种方法进行了展望。
5)pseudo plastic fluid拟塑性流体
6)two-fluid simulation双流体模拟
延伸阅读
拟塑性流体分子式：CAS号：性质：是一种重要的稳定的非牛顿流体。它不具有屈服剪应力，在算术坐标上剪应力对剪应变（τ-ν）曲线呈微向下凹，且在较高的剪应变时成为直线。具有拟塑性特性的流体如高分子溶液或融体如橡胶、醋酸纤维素以及凝汽油剂；悬浮液如颜料、纸浆；生物液如血液、发酵液以及食品工业中的淀粉糊等。
