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- 传热学上机计算C语言代码 * * 适用环境：1.矩形边界热传导节点温度计算 * * 2.四个边界均为常壁温边界条件(Thermal Caculation For Rectangle Board)
转UTC时间
- 正常年月日，计算UTC时间，用于测绘中GPS记时转化(Normal (date) (month) (year), calculate the UTC time)
vdtwrecoge
- 实现一列时间序列的峰峰间隔，很好用，欢迎补充。(To achieve a time series of peak-to-peak spacing)
风力摆(使用)
- 风力摆源码，可画圆，PID算法，可调周期摆动(Wind pendulum source code)
qipao
- fluent udf 两相流 水中气泡生成(Bubble generation in fluent UDF two-phase flow)
C++实现最小二乘法一元回归和多项式拟合
- C++实现最小二乘法一元回归和多项式拟合(C++ to achieve the least squares method, one-way regression and polynomial fitting)
VC++三次样条插值和贝塞尔曲线实例程序
- VC++三次样条插值和贝塞尔曲线实例程序(VC++ three spline interpolation and Bessel curve example program)
Laplace
- 求解椭圆型方程生成二维翼型网格，并采用逐线松弛迭代技术求解了二维翼型绕流，这是CFD计算中的典型例子，是cfd初学者的很好的学习例子。(Solving elliptic equations, generating two-dimensional airfoil mesh, and using line relaxation iterative technique to solve the two-dimensional airfoil flow, which is a typical examp
无粘圆柱扰流
- 有限元法计算无粘圆柱扰流问题，采用1/4部分计算。附件中包含流函数、速度场分布图。(Computation of inviscid cylindrical turbulent flow by finite element method)
各种线性差分格式
- 包含各种常见差分格式及其精度分析，可以作为下一步流体计算的基础。(A variety of common difference schemes and their accuracy analysis can be used as the basis for the next step of fluid computation.)
sanglong
- fluent模拟，用户自定义曳力模型修正(fluent simulation for user-defined-file for drag model)
splash-2.6.0.tar
- SPH流体计算，可用于入水冲击和数值造波的计算，比较初步的程序(The Smoothed Particle Hydrodynamic for fluid dynamics calculation)
CitcomToEllipsis
- 地球动力学程序, 是用有限元计算粘弹性体,广泛用于地幔对流等领域(Geodynamic program,The finite element method is used to calculate the viscoelastic body, which is widely used in mantle convection and other fields.)
tut-01-udf-porous
- Position Dependent Porous Media. Tutorial udf porous
tut-02-udf-sinu
- Sinusoidal Wall Temperature Variation. udf programming
dpm_ rsm
- Lagrangian model for dispersion and depositon in fully developed flos
Cycloidal Propeller
- Kinematics of a cicloydal propeller. Steady state. Five blades
Model2D
- 基于Runge—Kutta的射线追踪(Runge Kutta raytrace)
3
- roe算法计算一维黎曼问题，dev c++编辑(Calculation of one dimensional Riemann problem by roe algorithm)
oofem-2.5
- OOFEM是一个开源多物理并行有限元程序的面向对象的架构。这个项目的目的是提供高效率和强大的有限元计算工具，以及提供高度模块化和可扩展性的发展环境。(OOFEM is an object oriented architecture of an open source multi - Physical parallel finite element program. The purpose of this project is to provide efficient and powerful f