搜索资源列表
SPHYSICS3D.rar
- SPHYSICS3D 三维SPH计算源代码。可以计算有障碍物，造波板等复杂三维边界下的流场。其中关于无网格的大涡模拟程序，有较大的参考价值。,SPHYSICS3D three-dimensional SPH calculation of the source code. Obstructions can be calculated, the complex three-dimensional wave plate boundaries under the flow field. One on n
les
- 包括管道和边界层的大涡模拟fortran95原代码-Including pipelines and large eddy simulation of boundary layer source code fortran95
les_ch_s2
- Large Eddy Simulation of Turbulent Flow in a Two-Dimensional Channel-Large Eddy Simulation of Turbulent Flow in a Two-Dimensional Channel SGS Model .... Smagorinsky Eddy Viscosity Model Spacial FDM .... 2th order, Central, Staggered
LES-1
- Numerical Techniques for Direct and Large Eddy Simulation
LES-2
- Mathematics of Large Eddy Simulation of Turbulent Flows
les_lbm_cavity
- LES-LBM 大涡模拟-格子Boltzmann顶盖驱动方腔流动数值模拟-Large Eddy Simulation of Lattice Boltzmann lid driven cavity flow
naca0012-24
- 用于LBM-LES的大涡模拟，分析高雷诺数naca0012，7度攻角，有涡出现-For large-eddy simulation LBM-LES analyze high Reynolds naca0012, 7 degree angle of attack, there appeared vortex
large-eddy-simulation-for-compressible-flows[Garn
- book describe the methods to solve navier stokes equations for compressible flows by introducing some subgrid models.
LargeEddySimulation-for-TurbulentFlows
- Large Eddy Simulation for Turbulent Flows
UCLA_LES2.0
- UCLA大涡模拟程序：模拟气象学方面的大涡模拟程序，能够准确的模拟出气体运动过程中的涡结构和变化。-UCLA Large- Eddy Simulation Code：meteorology in terms of Large Eddy Simulation program, can accurately simulate the vortex structure in the process of gas movement and change.
Source
- LES和RANS，基于贴题网格做表，IBM和level set method-Large eddy simualtion and RANS for CFD simulation
les-sm
- 结合格子玻尔兹曼和大涡模拟的经典算法，采用SM的大涡模型和D2Q9的LBM模型-Based on the classical algorithm of lattice Boltzmann and large eddy simulation, SM s large eddy model and D2Q9 LBM model are adopted
les-ir
- 结合格子玻尔兹曼和大涡模拟的经典算法，采用IR的大涡模型和D2Q9的LBM模型-Based on the classical algorithm of lattice Boltzmann and large eddy simulation, IR s large eddy model and D2Q9 LBM model are adopted
estimation_of_sensible_heat _flux
- 根据sebal模型计算陆地的感热通量，里面需要大量的参数，由涡度相关数据和气象数据获得。(Based on the SEBAL model, the sensible heat flux of the land is calculated, where a large number of parameters are needed, which are obtained from eddy covariance data and meteorological data.)