文件名称:AIR
- 所属分类：
- 汇编语言
- 资源属性：
- [Windows] [Visual C] [源码]
- 上传时间：
- 2015-09-15
- 文件大小：
- 1.04mb
- 下载次数：
- 0次
- 提 供 者：
- 刘*
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
sph是一种新的计算方法，此程序模拟了气体在热传导的作用下，气体速度场的变化情况-sph is a new calculation method, the program simulates the thermal conduction effect, changes in the gas velocity field of gas
(系统自动生成,下载前可以参看下载内容)
下载文件列表
AIR-SI4-8(good)\2Dthernaltest12.0\art_heat.f
...............\.................\art_visc.f
...............\.................\av_vel.f
...............\.................\Debug\art_heat.obj
...............\.................\.....\art_visc.obj
...............\.................\.....\av_vel.obj
...............\.................\.....\density.obj
...............\.................\.....\DF60.PDB
...............\.................\.....\direct_find.obj
...............\.................\.....\formula.obj
...............\.................\.....\hsml.obj
...............\.................\.....\in_force.obj
...............\.................\.....\kernel.obj
...............\.................\.....\output.obj
...............\.................\.....\out_force.obj
...............\.................\.....\poly kernel.obj
...............\.................\.....\p_fluid.obj
...............\.................\.....\single_step.obj
...............\.................\.....\sph.exe
...............\.................\.....\sph.ilk
...............\.................\.....\sph.obj
...............\.................\.....\sph.pdb
...............\.................\.....\surface particle.obj
...............\.................\.....\surface tension.obj
...............\.................\.....\thernal.obj
...............\.................\.....\time_elapsed.obj
...............\.................\.....\time_integration.obj
...............\.................\.....\time_print.obj
...............\.................\.....\viscosity.obj
...............\.................\.....\viseng.obj
...............\.................\density.f
...............\.................\direct_find.f
...............\.................\eos.f
...............\.................\external_force.f
...............\.................\formula.f
...............\.................\fort.1
...............\.................\fort.2
...............\.................\fort.3
...............\.................\hsml.f
...............\.................\input.f
...............\.................\internal_force.f
...............\.................\in_force.f
...............\.................\kernel.f
...............\.................\link_list.f
...............\.................\output.f
...............\.................\out_force.f
...............\.................\param.inc
...............\.................\poly kernel.f
...............\.................\p_fluid.f
...............\.................\single_step.f
...............\.................\sph.dsp
...............\.................\sph.dsw
...............\.................\sph.f
...............\.................\sph.ncb
...............\.................\sph.opt
...............\.................\sph.plg
...............\.................\surface particle.f
...............\.................\surface tension.f
...............\.................\thernal.f
...............\.................\time_elapsed.f90
...............\.................\time_integration.f
...............\.................\time_print.f90
...............\.................\viscosity.f
...............\.................\viseng.f
...............\.................\viseng.f90
...............\.................\~VC157.tmp
...............\.................\~VC158.tmp
...............\art_heat.f
...............\art_visc.f
...............\av_vel.f
...............\Debug\art_heat.obj
...............\.....\art_visc.obj
...............\.....\av_vel.obj
...............\.....\density.obj
...............\.....\DF60.PDB
...............\.....\direct_find.obj
...............\.....\formula.obj
...............\.....\hsml.obj
...............\.....\in_force.obj
...............\.....\kernel.obj
...............\.....\output.obj
...............\.....\out_force.obj
...............\.....\p_fluid.obj
...............\.....\single_step.obj
...............\.....\sph.exe
...............\.....\sph.ilk
...............\.....\sph.obj
...............\.....\sph.pdb
...............\.....\surface particle.obj
...............\.....\thernal.obj
...............\.....\time_elapsed.obj
...............\.....\time_integration.obj
...............\.....\t