文件名称:SPHYSICS_3D_v1.0.003
- 所属分类：
- 数学计算/工程计算
- 资源属性：
- [Windows] [Visual C] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 1.09mb
- 下载次数：
- 0次
- 提 供 者：
- 謝*
- 相关连接：
- 无
- 下载说明：
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SPH 3D
Smoothed-particle hydrodynamics (SPH) is a computational method used for simulating fluid flows. It has been used in many fields of research, including astrophysics, ballistics, volcanology, and oceanography. It is a mesh-free Lagrangian method (where the coordinates move with the fluid), and the resolution of the method can easily be adjusted with respect to variables such as the density.-Smoothed-particle hydrodynamics (SPH) is a computational method used for simulating fluid flows. It has been used in many fields of research, including astrophysics, ballistics, volcanology, and oceanography. It is a mesh-free Lagrangian method (where the coordinates move with the fluid), and the resolution of the method can easily be adjusted with respect to variables such as the density.
相关搜索： SPH
mesh
fluid
3d
SPH
SPhysics
fluid
computational
fluid
mesh
free
Smoothed-particle hydrodynamics (SPH) is a computational method used for simulating fluid flows. It has been used in many fields of research, including astrophysics, ballistics, volcanology, and oceanography. It is a mesh-free Lagrangian method (where the coordinates move with the fluid), and the resolution of the method can easily be adjusted with respect to variables such as the density.-Smoothed-particle hydrodynamics (SPH) is a computational method used for simulating fluid flows. It has been used in many fields of research, including astrophysics, ballistics, volcanology, and oceanography. It is a mesh-free Lagrangian method (where the coordinates move with the fluid), and the resolution of the method can easily be adjusted with respect to variables such as the density.
相关搜索： SPH
mesh
fluid
3d
SPH
SPhysics
fluid
computational
fluid
mesh
free
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下载文件列表
SPHYSICS_3D_v1.0.003
....................\source
....................\......\SPHYSICSgen3D
....................\......\.............\common.gen3D
....................\......\.............\SPHYSICSgen_3D.dep
....................\......\.............\SPHYSICSgen_3D.plg
....................\......\.............\SPHYSICSgen_cvf.mak
....................\......\.............\SPHYSICSgen_gfortran.mak
....................\......\.............\SPHYSICSgen_ifort.mak
....................\......\.............\SPHYSICSgen_3D.001
....................\......\.............\SPHYSICSgen_3D.dsp
....................\......\.............\SPHYSICSgen_3D.dsw
....................\......\.............\SPHYSICSgen_3D.f
....................\......\.............\SPHYSICSgen_3D.opt
....................\......\SPHYSICS3D
....................\......\..........\ac_3D.f
....................\......\..........\celij_BC_Dalrymple_3D.f
....................\......\..........\celij_BC_Monaghan_3D.f
....................\......\..........\check_limits_3D.f
....................\......\..........\common.3D
....................\......\..........\correct_3D.f
....................\......\..........\correct_SPS_3D.f
....................\......\..........\divide_3D.f
....................\......\..........\energy_3D.f
....................\......\..........\getdata_3D.f
....................\......\..........\ini_divide_3D.f
....................\......\..........\keep_list_3D.f
....................\......\..........\kernel_cubic_3D.f
....................\......\..........\kernel_gaussian_3D.f
....................\......\..........\kernel_quadratic_3D.f
....................\......\..........\kernel_wendland5_3D.f
....................\......\..........\monaghanBC_3D.f
....................\......\..........\movingObjects_3D.f
....................\......\..........\movingPaddle_3D.f
....................\......\..........\movingWedge_3D.f
....................\......\..........\poute_3D.f
....................\......\..........\recover_list_3D.f
....................\......\..........\relocate_3D.f
....................\......\..........\self_BC_Dalrymple_3D.f
....................\......\..........\self_BC_Monaghan_3D.f
....................\......\..........\shepard_3D.f
....................\......\..........\SPHYSICS.mak
....................\......\..........\SPHYSICS_3D.f
....................\......\..........\SPHYSICS_3D.f~
....................\......\..........\step_predictor_corrector_3D.f
....................\......\..........\step_verlet_3D.f
....................\......\..........\updateNormals_3D.f
....................\......\..........\variable_time_step_3D.f
....................\......\..........\viscosity_artificial_3D.f
....................\......\..........\viscosity_artificial_3D.f~
....................\......\..........\viscosity_laminar+SPS_3D.f
....................\......\..........\viscosity_laminar_3D.f
....................\......\..........\viscosity_laminar_3D.f~
....................\run_directory
....................\.............\Case5
....................\.............\.....\Case5.txt
....................\.............\.....\Case5_cvf.bat
....................\.............\.....\Case5_linux.bat
....................\.............\Case4
....................\.............\.....\Benchmark_4_initialPositions.dat
....................\.............\.....\Benchmark_4_run30.txt
....................\.............\.....\Case4.txt
....................\.............\.....\Case4_cvf.bat
....................\.............\.....\Case4_linux.bat
....................\.............\Case3
....................\.............\.....\Case3_cvf.bat
....................\.............\.....\Case3_linux.bat
....................\.............\.....\Case3.txt
....................\Post-Processing
....................\...............\matlabRoutines
....................\...............\..............\MovingObjects2D_View.m
....................\...............\..............\MovingObjects3D.m
....................\...............\..............\NoMovingObjects2D_View.m
....................\.
....................\source
....................\......\SPHYSICSgen3D
....................\......\.............\common.gen3D
....................\......\.............\SPHYSICSgen_3D.dep
....................\......\.............\SPHYSICSgen_3D.plg
....................\......\.............\SPHYSICSgen_cvf.mak
....................\......\.............\SPHYSICSgen_gfortran.mak
....................\......\.............\SPHYSICSgen_ifort.mak
....................\......\.............\SPHYSICSgen_3D.001
....................\......\.............\SPHYSICSgen_3D.dsp
....................\......\.............\SPHYSICSgen_3D.dsw
....................\......\.............\SPHYSICSgen_3D.f
....................\......\.............\SPHYSICSgen_3D.opt
....................\......\SPHYSICS3D
....................\......\..........\ac_3D.f
....................\......\..........\celij_BC_Dalrymple_3D.f
....................\......\..........\celij_BC_Monaghan_3D.f
....................\......\..........\check_limits_3D.f
....................\......\..........\common.3D
....................\......\..........\correct_3D.f
....................\......\..........\correct_SPS_3D.f
....................\......\..........\divide_3D.f
....................\......\..........\energy_3D.f
....................\......\..........\getdata_3D.f
....................\......\..........\ini_divide_3D.f
....................\......\..........\keep_list_3D.f
....................\......\..........\kernel_cubic_3D.f
....................\......\..........\kernel_gaussian_3D.f
....................\......\..........\kernel_quadratic_3D.f
....................\......\..........\kernel_wendland5_3D.f
....................\......\..........\monaghanBC_3D.f
....................\......\..........\movingObjects_3D.f
....................\......\..........\movingPaddle_3D.f
....................\......\..........\movingWedge_3D.f
....................\......\..........\poute_3D.f
....................\......\..........\recover_list_3D.f
....................\......\..........\relocate_3D.f
....................\......\..........\self_BC_Dalrymple_3D.f
....................\......\..........\self_BC_Monaghan_3D.f
....................\......\..........\shepard_3D.f
....................\......\..........\SPHYSICS.mak
....................\......\..........\SPHYSICS_3D.f
....................\......\..........\SPHYSICS_3D.f~
....................\......\..........\step_predictor_corrector_3D.f
....................\......\..........\step_verlet_3D.f
....................\......\..........\updateNormals_3D.f
....................\......\..........\variable_time_step_3D.f
....................\......\..........\viscosity_artificial_3D.f
....................\......\..........\viscosity_artificial_3D.f~
....................\......\..........\viscosity_laminar+SPS_3D.f
....................\......\..........\viscosity_laminar_3D.f
....................\......\..........\viscosity_laminar_3D.f~
....................\run_directory
....................\.............\Case5
....................\.............\.....\Case5.txt
....................\.............\.....\Case5_cvf.bat
....................\.............\.....\Case5_linux.bat
....................\.............\Case4
....................\.............\.....\Benchmark_4_initialPositions.dat
....................\.............\.....\Benchmark_4_run30.txt
....................\.............\.....\Case4.txt
....................\.............\.....\Case4_cvf.bat
....................\.............\.....\Case4_linux.bat
....................\.............\Case3
....................\.............\.....\Case3_cvf.bat
....................\.............\.....\Case3_linux.bat
....................\.............\.....\Case3.txt
....................\Post-Processing
....................\...............\matlabRoutines
....................\...............\..............\MovingObjects2D_View.m
....................\...............\..............\MovingObjects3D.m
....................\...............\..............\NoMovingObjects2D_View.m
....................\.