搜索资源列表
odpscmd_public
- 通过客户端可以访问 MaxCompute ,可以将console集成到这个工具中进行使用。通过本客户端源码可以进行MaxCompute SQ脚本开发/执行、数据管理、可视化分析日志、JVAV(UDF、MR)开发(MaxCompute can be accessed by the client, and console can be integrated into the tool for use. Through this client
udf
- 用户自定义管道内空气入口流速函数为一抛物线(used in FLUENT to define a function of air inlet velocity by user)
boundary
- 边界UDF程序,字数字数字数字数字数字数(boundary udf program)
0
- 应用于fluent数值模拟蒸发/冷凝的UDF(UDF applied to fluent numerical simulation of evaporation / condensation)
PROFILE
- FLUENT 边界条件,里面含有热流密度边界条件,切应力边界条件,速度边界条件等(FLUENT boundary condition)
UDF
- 管道流体中受约束力,六自由度运动,可以用于管道的涡激震动以及管道冲刷耦合模拟等(The six degree of freedom movement can be used to simulate the vortex shock of the pipeline and the simulation of pipeline scour coupling.)
计算
- 用于两相流计算中 对于修改湍流扩散系数的udf(UDF for modifying the diffusion coefficient of turbulence in two phase flow calculation)
source—temsat_pres
- 可实现水的蒸发冷凝,引入饱和蒸汽分压,对液相水的蒸发的描述更符合实际(water evaporation and condesation)
UDF_VAWT
- UDF for Rotating VAWT
UDF_RigidBody
- UDF For rigid body motion
pitch_change
- UDF for pitch change of VAWT Blades
user-vis
- FLUENT 物性计算源程序 对液态金属物性参数的定义(FLUENT Physical computing source program)
case
- fluent的一个VOF二维流化床多相流算例(A VOF case of FLUENT- 2D Fluidized Bed, including the documents of msh, udf and desription)
condensation
- 用于fluent的蒸发冷凝模型,程序可以有效的模拟水蒸气的冷凝和液态水的蒸发((Evaporation condensation evaporation model for fluent, the program can effectively simulate the condensation of water vapor and liquid water))
main
- 计算液滴的动态接触角(可用于燃料电池动态接触角的计算)更精确地预测液滴形貌(to caculate the dynamic angle of droplet)
udf
- 按客户很苦很苦和客户端跨行打开划等号卡啊h(sghtsgrgsggsgsgrgg)
新建文本文档
- 通过对fluent中曳力模型的修正,可以更好的满足计算的要求,更加符合实际情况,修正的曳力模型(The modified drag model)
custom drag
- 此程序采用c语言编写,可在fluent 中自定义曳力模型函数。(A custom drag function in fluent.)
11
- 相变凝结蒸发,源项vof-udf,定义连续性方程,能量方程,动量方程中的质量源项,能量源项和动量源项(fluent1.Boiling Tutorial: Heat and Mass Transfer with the Mixture Model 2.Tutorial: Horizontal Film Boiling 3.Tutorial: Modeling Uniform Fluidization in a Two
zaobo
- Fluent中规则波造波的UDF,很好用,希望对大家有帮助!(Fluent in regular waves wave UDF)