登录
首页 » matlab » RotFe_ib

RotFe_ib

于 2006-11-07 发布 文件大小:519KB
0 270
下载积分: 1 下载次数: 155

代码说明:

  利用matalab编制的转子动力学计算软件。其中模型利用有限元建模,只是自由度较少。(matalab prepared by the use of rotor dynamics calculation software. Which model using finite element modeling, but less freedom.)

文件列表:

Finite element modeling of rotating machines and rotors
.......................................................\readme.txt

.......................................................\RotFe_ib
.......................................................\........\demo_rotfe.asv
.......................................................\........\demo_rotfe.m
.......................................................\........\doc
.......................................................\........\...\Convergence of the FE model.doc
.......................................................\........\...\coordinates.doc
.......................................................\........\...\Model order reduction in ROTFE 2.doc
.......................................................\........\...\New features and modifications in RotFE 2.doc
.......................................................\........\...\rotexample.doc
.......................................................\........\...\ROTFE20a.doc
.......................................................\........\...\Rotor Dynamics software in Matlab.doc
.......................................................\........\draw_plane.m
.......................................................\........\make_asym_frf.m
.......................................................\........\models
.......................................................\........\......\asym51.m
.......................................................\........\......\manydisks.m
.......................................................\........\......\rz2.m
.......................................................\........\......\rz3.m
.......................................................\........\......\rz4.m
.......................................................\........\......\shaft1e.m
.......................................................\........\......\simple1s.m
.......................................................\........\......\simple2s.m
.......................................................\........\......\simple4.m
.......................................................\........\......\threedis.m
.......................................................\........\......\tmecha.m
.......................................................\........\......\tmecha1m.m
.......................................................\........\......\tmecha_asym.m
.......................................................\........\......\tmtestrot.m
.......................................................\........\......\tutorial.m
.......................................................\........\......\unbal1.m
.......................................................\........\......\unbal2.m
.......................................................\........\......\uspiz.m
.......................................................\........\new
.......................................................\........\...\addpdamp.m
.......................................................\........\...\animate2.m
.......................................................\........\...\campbell.m
.......................................................\........\...\contents.m
.......................................................\........\...\disprot.m
.......................................................\........\...\disprotinfo.m
.......................................................\........\...\disprotinfo3d.m
.......................................................\........\...\drawrot.m
.......................................................\........\...\drawrot3d.m
.......................................................\........\...\drawrot3d_sec.m
.......................................................\........\...\drawrot3d_spring.m
.......................................................\........\...\drawrot3d_spring2.m
.......................................................\........\...\eigl.m
.......................................................\........\...\MKEIG.M
.......................................................\........\...\modeplot.1m.m
.......................................................\........\...\modeplot.m
.......................................................\........\...\modeplot1.m
.......................................................\........\...\modeplot2.m
.......................................................\........\...\modeplot2f.m
.......................................................\........\...\nameext.m
.......................................................\........\...\reduce.m
.......................................................\........\...\reduceg.m
.......................................................\........\...\reduces.m
.......................................................\........\...\rot2rect.m
.......................................................\........\...\rot2rect1.m
.......................................................\........\...\rot2ss.m
.......................................................\........\...\rot2templ.m
.......................................................\........\...\rotdamp.m
.......................................................\........\...\roteig.m
.......................................................\........\...\roteqn1.m
.......................................................\........\...\rotfe.m
.......................................................\........\...\rotfer.m
.......................................................\........\...\rotfrf.m
.......................................................\........\...\rotgyro.m
.......................................................\........\...\rotkst.m
.......................................................\........\...\rotmass.m
.......................................................\........\...\rotmass25.m
.......................................................\........\...\rotmicg.m
.......................................................\........\...\rotmodescompute.m
.......................................................\........\...\rotmshape.m
.......................................................\........\...\rotmshape3.m
.......................................................\........\...\rotmshape3a.m
.......................................................\........\...\rotstiff.m
.......................................................\........\...\rotstiff25.m
.......................................................\........\...\rottors.m
.......................................................\........\...\rotunbal.m
.......................................................\........\...\savemode.m
.......................................................\........\...\shaffet.m
.......................................................\........\...\shaffet2.m
.......................................................\........\...\shearc.m
.......................................................\........\...\sim1.mdl
.......................................................\........\...\stiff_conical.m
.......................................................\........\...\templatenew.m
.......................................................\........\...\temporary1.m
.......................................................\........\...\tmodeplot.m
.......................................................\........\...\whirldir.m
.......................................................\........\new_rotfe.fig
.......................................................\........\new_rotfe.m
.......................................................\........\readme.txt
.......................................................\........\rotfeini.m
.......................................................\........\sim
.......................................................\........\...\rotsfuncw.m
.......................................................\........\...\simrotor1.mdl
.......................................................\........\...\simrotor3a.mdl

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

  • 基本的stap方法
    利用空间采用数据和慢时间数据采用空时二维处理是阵列天线雷达常用的处理方法。该程序仿真了基本的stap方法(Use of space data and slow-time data using space-time two-dimensional processing array antenna radar approach. The program simulates basic stap methods)
    2012-05-28 17:45:36下载
    积分:1
  • Fuzzy_control
    一个比较详细的模糊控制程序开发实例,很适合初学者!(A more detailed example of fuzzy control program development, it is suitable for beginners!)
    2009-09-23 08:43:23下载
    积分:1
  • chaoliu
    IEEE33节点配电网潮流计算程序,采用前推回代方法进行计算(IEEE33 node flow calculation program,power generation method is used to calculate.)
    2015-02-04 16:50:07下载
    积分:1
  • matlabsql
    matlab连接SQL数据库123456789(Matlab to connect SQL database)
    2013-02-11 22:18:58下载
    积分:1
  • test01
    ASN.1解析解码工具,可以解析各种ASN.1格式的文件,并对相应的BER文件解码(ASN.1 decoding analytic tools that can resolve all kinds of ASN.1 format files, and file decoder BER corresponding)
    2007-09-02 20:00:13下载
    积分:1
  • Matlab_harmierdun
    本程序是用matlab写的,用来求最优哈密尔顿回路的算法(This procedure is written in matlab to seek optimal Hamilton circuit algorithm)
    2008-08-05 16:18:07下载
    积分:1
  • matlab
    说明:  最完整MATLAB工具箱,包含各种工具箱的下载地址(The most complete MATLAB toolbox, the toolbox contains a variety of download Address)
    2008-11-26 15:08:56下载
    积分:1
  • record
    matlab voice recording
    2010-05-23 21:57:57下载
    积分:1
  • Buckboost-converter
    This matlab simulation model explains operation of openloop Buckboost converter.
    2014-09-03 14:53:03下载
    积分:1
  • AmplitudeFrequencyDiagram_Program
    杜芬系统跳跃现象 小参数 时间步长 以点或线画图可调(Duffing jumping phenomenon, the small parameter can be modulated and the time step can be set by yourself )
    2013-12-08 19:04:15下载
    积分:1
  • 696516资源总数
  • 106964会员总数
  • 3今日下载