1) Finite volume method
有限体积法
1.
Analysis of Pollutants Discharge Influence on Source Drinking Water by Finite Volume Method;
应用有限体积法分析污染源排放对饮用水源的影响
2.
Research on isothermal precision forming process of titanium blade wheel with finite volume method;
有限体积法研究钛合金叶轮等温精密成形
3.
Simulation of aluminum material extrusion process with finite volume method;
有限体积法模拟铝型材挤压成形过程
2) FVM
有限体积法
1.
Application and Research on Analysis of Engineering Electromagnetic Field by FVM;
有限体积法在工程电磁场分析中的应用及研究
2.
This paper simulated gas flow in vacuum high- pressure gas quenching furnace with finite volume method (FVM).
这里采用有限体积法对真空高压气淬炉中气体流动过程进行了数值模拟计算。
3.
To seek an effective method to eliminate oncemelania and control schistosomiasis,firstly,the measurement of the velocity distribution by ADV is introduced,then standard k-epsilon and finite volume method(FVM) numerical model are used to simulate the flow field in culvert and sluice.
采用ADV流场测量技术对涵闸水槽中的流场结构进行了精细测量;运用标准k?ε紊流模型和有限体积法建立的数学模型对模型水槽中的流场结构进行计算并得出其流场结构,从实验和数值计算两方面对比分析得出了涵闸的水流特性,总结出涵闸对钉螺扩散的影响规律;结果表明:单纯涵闸不但不能起到阻螺的效果,而且还会引起钉螺在涵闸周围孳生扩散,涵闸首尾部是钉螺孳生的重要部位,应采取措施重点灭螺。
3) finite-volume method
有限体积法
1.
Computation of flows around projectile bodies with base jet using finite-volume method of Navier-Stokes equations;
用N-S方程有限体积法计算弹体绕流/底喷流
2.
The numerical method of solving governing equations with finite-volume method was proposed according to the feature of metal wave.
针对铝液波动的特点,提出了利用有限体积法求解控制方程的数值仿真方法,给出了铝液界面波动的控制方程和边界条件,模拟出行波和驻波对铝液波动的影响,对铝电解槽稳定性的设计作出了评价,对仿真结果进行了分析和讨论。
3.
The numerical calculate of heat generation and heat transfer based on finite-volume method was presented,and shown the temperature distribution of pump and liquid.
介绍了单螺杆泵生热的原理,利用有限体积法对液压驱动单螺杆采油系统生热和传热进行了数值模拟,给出了不同工况的泵内温度场分布情况和液流平均温度,并与实际情况进行了比较分析,弥补了单螺杆泵系统温度场难以测量的问题。
4) finite volume
有限体积法
1.
High resolution two-dimensional numerical model of scalar transport based on unstructured grid finite volume method;
基于非结构网格有限体积法的二维高精度物质输运模拟
2.
Full N-S equations are discretized into finite volume form and solved by an algorithm in LU-SGS.
用有限体积法和 LU-SGS 算法求解 N-S 方程。
3.
ALE equations are solved using the cell-centred finite volume method.
采用显格式龙格库塔推进方法和中心格式空间离散的有限体积法对NACA0012翼型,三维机翼的跨音速刚性振动进行了数值模拟。
5) The finite volume method
有限体积法
1.
Application of BPX Schemes to the Finite Volume Method;
BPX格式对有限体积法的应用
2.
The finite volume method is used to discretize 2D shallow water equations in fluids and the SIMPLCE algorithm is used to combine the velocity and pressure to construct the dynamic fluid model.
海南岛万宁小海泻湖水动力模型,采用有限体积法对流体沿水深积分的2D浅水方程进行离散,对速度压力耦合求解采用SIMPLE算法。
3.
Integral formulations of Navier-Stokes governing equations are discretized by the finite volume method to know about aero-dynamics property effect of adding the thickness of airfoils.
为了了解转子叶片加厚对压气机气动性能的影响 ,采用有限体积法离散Navier Stokes积分形式的控制方程 ,通过隐式多重网格法加速计算的收敛 ,粘性应力通过Baldwin Lomax模型计算。
6) Finite volume method(FVM)
有限体积法
1.
Then according to boundary conditions and hypothesis,the 3-D stator temperature field and fluid field are numerically calculated using finite volume method(FVM),and the different temperature field in different main insulation material is analyzed.
本文首先以一台大型空冷汽轮发电机为例,建立定子径向通风沟内三维流动和传热的物理模型和数学模型;然后给出求解域的边界条件和假设条件,基于CFD原理,采用有限体积法对定子三维流体场、温度场进行数值计算,并对不同主绝缘材料的三维温度场进行比较分析;最后,对定子绕组结构不对称情况下的绝缘温降进行了计算,并对不同主绝缘材料热性能所引起的绝缘温降变化情况进行对比分析,得出一些有益的结论。
补充资料：体积法
分子式：
CAS号：
性质：测定液体表面张力的一种方法。当液体在管口成滴落下时，落滴重量与管口半径、液体表面张力有关。通过落滴体积而推算表面张力，有如下关系：γ=F(Vd1g/r)。式中V是液滴体积；γ是表面张力；d1是液体密度；g是重力加速度；r是滴管半径；F是校正系数。
CAS号：
性质：测定液体表面张力的一种方法。当液体在管口成滴落下时，落滴重量与管口半径、液体表面张力有关。通过落滴体积而推算表面张力，有如下关系：γ=F(Vd1g/r)。式中V是液滴体积；γ是表面张力；d1是液体密度；g是重力加速度；r是滴管半径；F是校正系数。
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