资源列表
LatticePBoltzmann
- 格子Boltzmann方法是一种高效的计算方法，对于微尺度流动、多孔介质、燃烧、磁流体特性、传热传质都有较好的计算结果-To analyze fluid movement
fastfour1
- 实数据的快速傅里叶变换fortran程序,我们大多时候都是对是数据做福利叶变换，所以这两个程序比较实用。-Real data fast Fourier transform fortran program, most of the time we are right to do welfare Fourier transform of the data, so these two programs more practical.
INTERP1
- 一元函数插值 根据数据(x,y)给出在xi的线性插值结果yi-Unary function interpolation
SimpleMatrix
- 对大规模的矩阵做高斯消元，适合大规模矩阵求逆-Done on a large scale matrix Gaussian elimination, suitable for large-scale matrix inversion! ! ! ! !
FEM-Dynamic
- 有限元法动力学问题（可以实现直接积分求解动态响应，也可以实现利用反迭代法求解振型）。-Dynamics of the finite element method (direct integration solution can achieve dynamic response can also be achieved using the inverse iteration method for solving vibration mode).
pinv
- //奇异值分解法求双精度浮点数矩阵的广义逆 //功能：利用奇异值分解求解一般的m×n阶实矩阵A的广义逆A+。 //方法说明：设m×n阶实矩阵A的奇异值分解式为 //其中 Σ = diag(σ0, σ1, ……,σp)(p≤min(m,n) -1 )且σ0≥σ1≥……≥σp＞0 //设U = （U1,U2）,其中U1为U中前P+1列列正交向量组构成的m×(p+1)矩阵；V = (V1，V2)，其中V1为前P+1列//列正交向量组构成的n×(p+1)矩阵。则A的广义逆为： //A
film-kmc
- 动力学蒙特卡罗方法(KMC）模拟薄膜生长，原子间为L-J势。-Kinetic Monte Carlo (KMC) simulation of thin film growth, for the LJ potential between atoms.
mass_xfer_rate
- Modeling the E ect of Sedimentation Concentration in a Secondary Clari er using a UDF
CoordinateTrans
- 实现地球信息系统中不同坐标系间坐标变换！！！代码中只有北京54，西安90，WGS84三个坐标系统间空间地球坐标，三维坐标，平面坐标间转换-Geographic information systems to achieve different coordinate systems coordinate transformation! ! ! Code only Beijing 54 and Xi' an 90, WGS84 coordinate system space between th
src
- 有限体积法，适用于可压和不可压流，CUDA加速计算。-a finite volume code for fluctuating hydrodynamics implemented in CUDA. It has several schemes for compressible and incompressible fluids with particles in suspension.
src
- 基于格子波尔兹曼方法的计算流体力学程序，算例为圆柱绕流。-Lattice Boltzmann method based computational fluid dynamics program, examples of flow around a cylinder.
CFL3D-V6.0
- CFL3D V6.0 的源文件，计算流体力学软件，功能强大，用途广，可用于科研和实际工程计算。-CFL3D V6.0 source files, computational fluid dynamics software, powerful, versatile, can be used for scientific research and practical engineering calculations.