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HEU_KMS_Activator_v7.8.6
- Windows注册软件，能够破解win10系统，永久破解(Long wire Becher's software, mainly for the simulation software of the fluid in the pipeline, simple to use.)
simple
- 计算流体力学simple算法，可模拟简单的流体力学问题(simple cfd Simulation of simple fluid mechanics problems)
对流边界
- 墙角在对流边界情况下的温度场模拟计算程序。用户输入墙角两侧的流体主流温度，对流换热表面传热系数，设定墙角以及计算网格尺寸后，程序可以通过迭代求解墙体的温度场并以矩阵和三维图像的形式输出。(A simulation program for the temperature field of the wall corner under the convective boundary condition. After entering the mainstream temperature of the
流体分析
- 利用ANSYS软件实现对流体的建模和仿真应力等分析(The analysis of fluid modeling and simulation stress by ANSYS software)
NaSt2D
- Michael Griebel, Thomas Dornseifer, Tilman Neunhoeffer, Numerical Simulation in Fluid Dynamics
3DMHDcode
- 磁流体通道3D模型仿真，给定流场条件和边界条件，采用泊松方程迭代求解通道电磁场分布。(Magnetic fluid channel 3D model simulation, given the flow field conditions and boundary conditions, using Poisson equation iterative solution channel electromagnetic field distribution.)
welding_arc
- 电磁力源项，焊接热源welding process simulation welding molten fluid welidng CFD welding UDF and UDS.(welding process simulation welding molten fluid welidng CFD welding UDF and UDS.)
welding_udf
- 焊接领域的流体力学仿真计算，采用ANSYS fluent 编写的udf，适用于初级教学或者入门级学者进行分享学习(Fluid dynamics simulation calculation in welding field, using UDF written by ANSYS fluent, suitable for primary teaching or entry-level scholars to share learning)
matlab of Geometric modeling
- 实现地质模拟的功能，是一种新的模拟算法，模拟多孔渗流系统的流体情况(Realizing the function of geological simulation is a new simulation algorithm to simulate the fluid condition of porous seepage system.)
LBM
- 实现圆柱扰流仿真，模拟通道压裂的压裂液流动，分析导流能力及支撑柱的渗透率(Cylinder turbulence simulation is implemented to simulate the flow of fracturing fluid in channel fracturing and analyze the conductivity and permeability of the support column)
streamer_1d
- 使用Fortran语言编写的PIC-MCC和流体模型仿真，用于研究一维流注放电。(PIC-MCC and fluid model simulation written in FORTRAN language are used to study one-dimensional streamer discharge.)
Dynamic_Mode_Decomposition
- 一个非常有用、且实现起来简单直接的数据分析方法，叫做动态模态分解（其英文名是：dynamic mode decomposition），它被用于发现潜藏着的“动力系统”，尤其是“时空上的拟序结构（spatial-temporal coherent structure）。这个方法起初是被做“流体力学”的人所提出，后来又被应用于与动力系统相关的科学、工程学当中。(A very useful data analysis method that is simple and straightforward