登录
首页 » C# » UDF2

UDF2

于 2019-11-25 发布
0 211
下载积分: 1 下载次数: 5

代码说明:

说明:  udf模拟油膜蒸发过程及其温度分布和各组分的浓度(Udf simulates oil film evaporation process and its temperature distribution and concentration of each component)

文件列表:

UDF2\common_shared.h, 169761 , 2016-07-02
UDF2\const_shared.h, 6135 , 2016-07-02
UDF2\converge_udf.dll, 363520 , 2018-08-17
UDF2\converge_udf.exp, 278440 , 2018-08-17
UDF2\converge_udf.lib, 389376 , 2018-08-17
UDF2\csi_libraries.h, 111612 , 2016-07-02
UDF2\fgm_shared.h, 4796 , 2016-07-02
UDF2\makefile, 3726 , 2016-07-02
UDF2\makefile.win, 3628 , 2016-07-02
UDF2\make_udf.bat, 4659 , 2016-07-02
UDF2\mechanism_shared.h, 5779 , 2016-07-02
UDF2\mpi_replacement_functions.h, 5413 , 2016-07-02
UDF2\parsing.h, 19694 , 2016-07-02
UDF2\prototype_shared.h, 35914 , 2016-07-02
UDF2\rif_common_shared.h, 2104 , 2016-07-02
UDF2\safe_prototypes.h, 475 , 2016-07-02
UDF2\sage_common_shared.h, 2722 , 2016-07-02
UDF2\structures_shared.h, 107604 , 2016-07-02
UDF2\sundials_subset.h, 3989 , 2016-07-02
UDF2\table.h, 5852 , 2016-07-02
UDF2\tools_shared.h, 15875 , 2016-07-02
UDF2\udf_libraries.h, 38556 , 2016-07-02
UDF2\user_available.c, 2937 , 2016-07-02
UDF2\user_bc.c, 1938 , 2016-07-02
UDF2\user_bc.obj, 233070 , 2018-08-17
UDF2\user_bound.c, 1419 , 2016-07-02
UDF2\user_bound.obj, 232563 , 2018-08-17
UDF2\user_break_custom.c, 3562 , 2016-07-02
UDF2\user_break_custom.obj, 233744 , 2018-08-17
UDF2\user_calc_grad_g_eqn.c, 2243 , 2016-07-02
UDF2\user_calc_grad_g_eqn.obj, 236171 , 2018-08-17
UDF2\user_calc_g_eqn_src.c, 33139 , 2016-07-02
UDF2\user_calc_g_eqn_src.obj, 292566 , 2018-08-17
UDF2\user_combust_ctc.c, 22713 , 2016-07-02
UDF2\user_combust_ctc.obj, 256529 , 2018-08-17
UDF2\user_combust_g_eqn.c, 6546 , 2016-07-02
UDF2\user_combust_g_eqn.obj, 240503 , 2018-08-17
UDF2\user_combust_main.c, 20007 , 2016-07-02
UDF2\user_combust_main.obj, 252878 , 2018-08-17
UDF2\user_combust_model.c, 1446 , 2016-07-02
UDF2\user_combust_model.obj, 232604 , 2018-08-17
UDF2\user_combust_multizone.c, 1362 , 2016-07-02
UDF2\user_combust_multizone.obj, 236877 , 2018-08-17
UDF2\user_combust_nox.c, 13571 , 2016-07-02
UDF2\user_combust_nox.obj, 251653 , 2018-08-17
UDF2\user_combust_rif.c, 52339 , 2016-07-02
UDF2\user_combust_rif.obj, 334333 , 2018-08-17
UDF2\user_combust_sage.c, 35016 , 2016-07-02
UDF2\user_combust_sage.obj, 295575 , 2018-08-17
UDF2\user_combust_sage_setup.c, 15638 , 2016-07-02
UDF2\user_combust_sage_setup.obj, 261061 , 2018-08-17
UDF2\user_combust_shell.c, 41590 , 2016-07-02
UDF2\user_combust_shell.obj, 273606 , 2018-08-17
UDF2\user_combust_soot.c, 11121 , 2016-07-02
UDF2\user_combust_soot.obj, 246306 , 2018-08-17
UDF2\user_drop_distort.c, 4080 , 2016-07-02
UDF2\user_drop_distort.obj, 235597 , 2018-08-17
UDF2\user_dt.c, 3148 , 2016-07-02
UDF2\user_dt.obj, 232545 , 2018-08-17
UDF2\user_dynamic_routines.c, 66179 , 2016-07-02
UDF2\user_dynamic_routines.obj, 306726 , 2018-08-17
UDF2\user_equiv_ratio.c, 2192 , 2016-07-02
UDF2\user_equiv_ratio.obj, 235292 , 2018-08-17
UDF2\user_event.c, 3474 , 2016-07-02
UDF2\user_event.obj, 234340 , 2018-08-17
UDF2\user_film.c, 5667 , 2016-07-02
UDF2\user_film.obj, 238727 , 2018-08-17
UDF2\user_film_evap.c, 35641 , 2016-07-02
UDF2\user_film_evap.obj, 283272 , 2018-08-17
UDF2\user_film_gradp.c, 2455 , 2016-07-02
UDF2\user_film_gradp.obj, 233812 , 2018-08-17
UDF2\user_film_prop.c, 2264 , 2016-07-02
UDF2\user_film_prop.obj, 233606 , 2018-08-17
UDF2\user_film_sources.c, 3986 , 2016-07-02
UDF2\user_film_sources.obj, 234896 , 2018-08-17
UDF2\user_film_splash.c, 20786 , 2016-07-02
UDF2\user_film_splash.obj, 250412 , 2018-08-17
UDF2\user_film_strip.c, 13006 , 2016-07-02
UDF2\user_film_strip.obj, 249026 , 2018-08-17
UDF2\user_flux_limiter.c, 436 , 2016-07-02
UDF2\user_flux_limiter.obj, 232730 , 2018-08-17
UDF2\user_fsi.c, 7464 , 2016-07-02
UDF2\user_fsi.obj, 248692 , 2018-08-17
UDF2\user_ga_merit_function.c, 1765 , 2016-07-02
UDF2\user_ga_merit_function.obj, 245613 , 2018-08-17
UDF2\user_header.h, 2147 , 2016-07-02
UDF2\user_heat_transfer.c, 3073 , 2016-07-02
UDF2\user_heat_transfer.obj, 233670 , 2018-08-17
UDF2\user_initialize.c, 2168 , 2016-07-02
UDF2\user_initialize.obj, 242525 , 2018-08-17
UDF2\user_initialize_g_equation.c, 12625 , 2016-07-02
UDF2\user_initialize_g_equation.obj, 247673 , 2018-08-17
UDF2\user_inject_custom.c, 5824 , 2016-07-02
UDF2\user_inject_custom.obj, 235336 , 2018-08-17
UDF2\user_inject_profile.c, 1522 , 2016-07-02
UDF2\user_inject_profile.obj, 232645 , 2018-08-17
UDF2\user_inputs.c, 8263 , 2016-07-02
UDF2\user_inputs.obj, 244134 , 2018-08-17
UDF2\user_load_balance.c, 1570 , 2016-07-02
UDF2\user_load_balance.obj, 232715 , 2018-08-17

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • Zbuild
    该程序用于形成节点阻抗矩阵,按程序要求格式输入线路数据linedata,Zbuild(linedata)形成节点阻抗矩阵(The procedures used for the formation of the node impedance matrix format input line data linedata procedural requirements of Zbuild (linedata) node impedance matrix)
    2021-01-22 16:08:39下载
    积分:1
  • computational-fluid-dynamics
    安德森的经典计算流体力学理论基础的学习用书。(英文版)(Anderson s classic theory of computational fluid dynamics-based learning book.)
    2021-01-26 16:38:37下载
    积分:1
  • 03CH4_red19
    甲烷的19步简化反应机理文件,FORTRAN语言编写反应速度(ch4 reaction rate)
    2020-10-27 10:39:58下载
    积分:1
  • IMLS
    点云曲面建模,基于距离函数,运用移动最小二乘法,拟合曲面,提取等值面,用于散乱点云的快速三角网格构建(Point cloud surface modeling, based on the distance function, the use of moving least squares method, fitting surface, isosurface extraction for fast scattered point cloud build triangular mesh)
    2020-11-12 10:09:45下载
    积分:1
  • Fitting_Gumbel
    对轨道不平顺采用耿贝尔分布进行拟合优度检验(On track irregularity using Gumbel distribution goodness of fit test)
    2014-11-20 20:30:15下载
    积分:1
  • Matlabcodes-RobustPCA
    Matlab codes for Robust PCA multivariate control chart(Robust PCA multivariate control chart mainly consists two steps: Step1 Calculates the robust mean and the robust covariance of original dataset using the minimum covariance determinant (MCD). In MCD technique, finding a subset containing half of the data such that its covariance matrix has the lowest determinant, then using this subset to calculate the robust mean and the robust covariance matrix (Hubert, Rousseeuw, & Branden, 2005) Step2 Standardize data using robust mean and robust standard deviation from Step1. Apply PCA analysis, calculate the principalcomponent score matrix Y=ZA, where Z is the robust standardized data matrix, and A is p*p matrix of eigenvectors (also called principalcomponents))
    2009-11-11 08:07:04下载
    积分:1
  • k-means-clustering
    用C语言程序通过先随机选取K个对象作为初始的聚类中心。然后计算每个对象与各个种子聚类中心之间的距离,把每个对象分配给距离它最近的聚类中心。聚类中心以及分配给它们的对象就代表一个聚类。一旦全部对象都被分配了,每个聚类的聚类中心会根据聚类中现有的对象被重新计算。(C Programming Language by first randomly selected the K object as initial cluster centers. And then calculate the distance between each object and each seed cluster center, and assign each object to its nearest cluster center. Cluster centers, and the object assigned to them on behalf of a clustering. Once all the objects are assigned to each cluster cluster centers will be based on the existing object clustering is recalculated.)
    2012-09-20 11:50:09下载
    积分:1
  • GroupDelay
    说明:  Group delay calculation
    2020-06-21 19:40:01下载
    积分:1
  • srfft
    FFT DIF 分裂基的C语言代码,比较好的说明了整个流程(FFT DIF split the base of the C language code, better explains the entire process)
    2010-06-02 17:10:36下载
    积分:1
  • simplex_step1
    单纯形法找初始可行解,上课留的作业,希望对别人有点用吧(Simplex method to find an initial feasible solution , hope it is useful for others.)
    2014-12-15 15:24:33下载
    积分:1
  • 696518资源总数
  • 105885会员总数
  • 31今日下载