搜索资源列表
IEEE14
- 电力系统稳态分析，对IEEE14节点母线系统进行潮流计算(Power system steady-state analysis, IEEE14 node bus system for power flow calculation)
CA_TrafficFlowModel1
- 利用元胞自动机模型进行交通流仿真，模拟交通流三参数之间的关系(For traffic flow simulation, cellular automata model)
元胞自动机模拟交通路况
- 单车道或者两车道交通流的模拟仿真，密度、流量、速度之间的关系图(The relationship between simulation, density, flow and speed of a single lane or two-lane traffic flow)
CA_TrafficFlowModel
- 交通流状态的模拟仿真，基于元胞自动机模型。(Simulation of traffic flow state, based on cellular automata model.)
fracture
- 通过分析流体在裂缝中的流动，模拟石油在地下裂缝中流动特性。(analyzing the flow of oil in cracks)
135137300neidian
- 内点法计算电力系统最优潮流，可以实现各节点模型(Interior point method for optimal power flow calculation)
voticity
- fluent软件求解流场后，导入到tecplot，显示涡量云图(After solving the flow field by using fluent software, display the vorticity cloud image in Tecplot)
IEEE-5-30-39 bus system
- IEEE-5-30-39节点潮流计算程序，有正确的结果！(IEEE-5-30-39 node power flow calculation program, the correct results)
natural convection
- 计算平面环形腔体内的自然对流问题，不可压缩流动，圆柱坐标系，压力速度采用simple算法解耦。计算结果使用tecplot 查看(A numerical simulation of natural convection in the annulus between horizontal concentric cylinders; incompressible flow; the pressure and velocity are uncoupled with SIMPLE method; cyli
ftc05
- 主要用于流体力学计算 ，它基于有限差分法，根据界面追踪法（Front Tracing method）实现多相流清晰的界面，因此它是研究多相流的一个很实用的工具。相对于其他研究方法，该程序的界面追踪法具有界面清晰，精度高的优点。不过需要一些流体力学的知识。(Mainly used in fluid mechanics calculation, it is based on the finite difference method, according to Front Tracing method
带轮建模命令流
- 带轮建模命令流，ANSYS软件命令，模拟带轮的生成(Wheel modeling command flow)
power_upfc
- 统一潮流控制UPFC仿真模型，230kV(Unified power flow control UPFC simulation model, 230kV)
2v tube
- 能能够模拟2位管道流场，是计算流体和计算传热学中的一个经典问题(simulate two pipeline flow field)
PFC5.0流固耦合基础教程（第一版）Made by Wilson
- 颗粒流离散元软件PFC5.0流固耦合教程(Granular flow discrete element software PFC5.0 fluid-solid coupling tutorial.)
dianlixitong
- 使用matlab识别电力系统网路并且求出其中树的数目，求电力系统中的潮流计算，求电力系统中的灵敏度(Using MATLAB to calculate the number of trees in the power system.Calculate the power flow in the power system, and find the sensitivity in the power system)
poiseuille flow
- 良好的模拟了泊肃叶流的流动特性，运用了LBM方法。(The flow characteristics of Poisson flow are simulated well, and the LBM method is applied.)
original
- 逆流套管式换热器仿真小程序，工质物性调用refprop,所以需要自行嵌套refprop(Counter flow sleeve heat exchanger simulation small program, physical properties call RefProp, so need to self nest RefProp)
M文件
- 格子boltzmann方法模拟在压力差驱动下的泊肃叶流，模拟效果较好。(poiseuille flow driven by pressure drop in x direction based on lbm method, this prog works very well.)
J2
- 关于J2塑性流动理论的金属3的材料本构隐式子程序umat(Implicit Subprogram UMAT for Material Constitutive of Metal 3 in J2 Plastic Flow Theory)
UPFC模型
- UPFC模型，模型非常详细和系统，有助于理解潮流控制器(UPFC model, which is very detailed and systematic, helps to understand power flow controllers)