用于转子动力学分析的有限元程序我要分享

readme.txt

rotfe.jpg

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RotFe_ib\demo_rotfe.asv

RotFe_ib\demo_rotfe.m

RotFe_ib\draw_plane.m

RotFe_ib\make_asym_frf.m

RotFe_ib\new_rotfe.fig

RotFe_ib\new_rotfe.m

RotFe_ib\readme.txt

RotFe_ib\rotfeini.m

RotFe_ib\tempmat.mat

RotFe_ib\temporary1.m

RotFe_ib\tutorial.m

RotFe_ib\tutorial.asv

RotFe_ib\rotfeini.asv

RotFe_ib\rotorstest.m

RotFe_ib\tutorial1.mdl

RotFe_ib\rotorstest1.m

RotFe_ib\rotorstest2.asv

RotFe_ib\tutorial.mtx

RotFe_ib\rotorstest2.mdl

RotFe_ib\tutorial.fig

RotFe_ib\test.m

RotFe_ib\test.fig

RotFe_ib\slprj\sl_proj.tmw

RotFe_ib\slprj\grt\untitled\tmwinternal\minfo.mat

RotFe_ib\work\ASYM21.M

RotFe_ib\work\asym2a.m

RotFe_ib\work\asym31.m

RotFe_ib\work\asym41.m

RotFe_ib\work\cc.txt

RotFe_ib\work\cc.txt.frq

RotFe_ib\work\copy_fig.m

RotFe_ib\work\disc.m

RotFe_ib\work\disc_gui.m

RotFe_ib\work\disc_gui.mat

RotFe_ib\work\fig_copy.m

RotFe_ib\work\rot2shaft.m

RotFe_ib\work\ROTEIG1.M

RotFe_ib\work\ROTREV.M

RotFe_ib\work\ROTXY.M

RotFe_ib\work\shaft.m

RotFe_ib\work\shaft2rot.m

RotFe_ib\work\shaft_gui.m

RotFe_ib\work\shaft_gui.mat

RotFe_ib\work\sym21.m

RotFe_ib\work\sym31.m

RotFe_ib\work\sym31b.m

RotFe_ib\work\tempmat.mat

RotFe_ib\work\temporary1.m

RotFe_ib\work\thelix.m

RotFe_ib\work\THELIX_A.M

RotFe_ib\work\TST_REV.M

RotFe_ib\work\tt.m

RotFe_ib\work\ws2struct.m

RotFe_ib\try\contents.m

RotFe_ib\try\DETTIMO.M

RotFe_ib\try\DETTIMO1.M

RotFe_ib\try\drawrot3dexp.m

RotFe_ib\try\drawrot3dmode.m

RotFe_ib\try\FREE.M

RotFe_ib\try\FREE2.M

RotFe_ib\try\fs.m

RotFe_ib\try\FS1.M

RotFe_ib\try\get_view.m

RotFe_ib\try\Simplyx.m

RotFe_ib\try\simrotor1.mdl

RotFe_ib\try\simrotor3a.mdl

RotFe_ib\try\sim_tutorial.mdl

RotFe_ib\try\sim_tutorial2.mdl

RotFe_ib\try\sim_tutorial3.mdl

RotFe_ib\try\statetest.mdl

RotFe_ib\try\tanimate.m

RotFe_ib\try\temporary1.m

RotFe_ib\try\TESTAN2.M

RotFe_ib\try\TESTANA.M

RotFe_ib\try\TESTANA1.M

RotFe_ib\try\TESTANAx.m

RotFe_ib\try\TESTANAx2.m

RotFe_ib\try\tst_fe.m

RotFe_ib\try\tst_frf1.m

RotFe_ib\try\tst_reduce1.m

RotFe_ib\try\tst_reduce2.m

RotFe_ib\try\tst_rotdraw.m

RotFe_ib\try\tst_sim1.m

RotFe_ib\try\tst_sim2.m

RotFe_ib\try\tst_sim3.m

RotFe_ib\torsion\drawrot3dexp.m

RotFe_ib\torsion\drawrot3dmode.m

RotFe_ib\torsion\get_view.m

RotFe_ib\torsion\readme.txt

RotFe_ib\torsion\tanimate.m

RotFe_ib\torsion\temporary1.m

RotFe_ib\torsion\tst_rotany.m

RotFe_ib\torsion\tst_rotdraw.m

RotFe_ib\sim\rotsfuncw.m

RotFe_ib\sim\simrotor3a.mdl

RotFe_ib\sim\sim_tutorial.mdl

RotFe_ib\sim\tst_sim1.m

RotFe_ib\sim\tst_sim2.m

RotFe_ib\sim\tst_sim3.m

RotFe_ib\sim\sim_tutorial2.mdl

RotFe_ib\sim\simple2s_2s.mdl

RotFe_ib\sim\simrotor1.mdl

RotFe_ib\sim\sim_tutorial3.mdl

RotFe_ib\new\addpdamp.m

RotFe_ib\new\animate2.m

RotFe_ib\new\campbell.m

RotFe_ib\new\contents.m

RotFe_ib\new\disprot.m

RotFe_ib\new\disprotinfo.m

RotFe_ib\new\disprotinfo3d.m

RotFe_ib\new\drawrot.m

RotFe_ib\new\drawrot3d.m

RotFe_ib\new\drawrot3d_sec.m

RotFe_ib\new\drawrot3d_spring.m

RotFe_ib\new\drawrot3d_spring2.m

RotFe_ib\new\eigl.m

RotFe_ib\new\MKEIG.M

RotFe_ib\new\modeplot.1m.m

RotFe_ib\new\modeplot.m

RotFe_ib\new\modeplot1.m

RotFe_ib\new\modeplot2.m

RotFe_ib\new\modeplot2f.m

RotFe_ib\new\nameext.m

RotFe_ib\new\reduce.m

RotFe_ib\new\reduceg.m

RotFe_ib\new\reduces.m

RotFe_ib\new\rot2rect.m

RotFe_ib\new\rot2rect1.m

RotFe_ib\new\rot2ss.m

RotFe_ib\new\rot2templ.m

RotFe_ib\new\rotdamp.m

RotFe_ib\new\roteig.m

RotFe_ib\new\roteqn1.m

RotFe_ib\new\rotfe.m

RotFe_ib\new\rotfer.m

RotFe_ib\new\rotfrf.m

RotFe_ib\new\rotgyro.m

RotFe_ib\new\rotkst.m

RotFe_ib\new\rotmass.m

RotFe_ib\new\rotmass25.m

RotFe_ib\new\rotmicg.m

RotFe_ib\new\rotmodescompute.m

RotFe_ib\new\rotmshape.m

RotFe_ib\new\rotmshape3.m

RotFe_ib\new\rotmshape3a.m

RotFe_ib\new\rotstiff.m

RotFe_ib\new\rotstiff25.m

RotFe_ib\new\rottors.m

RotFe_ib\new\rotunbal.m

RotFe_ib\new\savemode.m

RotFe_ib\new\shaffet.m

RotFe_ib\new\shaffet2.m

RotFe_ib\new\shearc.m

RotFe_ib\new\sim1.mdl

RotFe_ib\new\stiff_conical.m

RotFe_ib\new\templatenew.m

RotFe_ib\new\temporary1.m

RotFe_ib\new\tmodeplot.m

RotFe_ib\new\whirldir.m

RotFe_ib\models\asym51.m

RotFe_ib\models\manydisks.m

RotFe_ib\models\rz2.m

RotFe_ib\models\rz3.m

RotFe_ib\models\rz4.m

RotFe_ib\models\shaft1e.m

RotFe_ib\models\simple1s.m

RotFe_ib\models\simple2s.m

RotFe_ib\models\simple4.m

RotFe_ib\models\threedis.m

RotFe_ib\models\tmecha.m

RotFe_ib\models\tmecha1m.m

RotFe_ib\models\tmecha_asym.m

RotFe_ib\models\tmtestrot.m

RotFe_ib\models\tutorial.m

RotFe_ib\models\unbal1.m

RotFe_ib\models\unbal2.m

RotFe_ib\models\uspiz.m

RotFe_ib\models\Temp_File.tmp

RotFe_ib\doc\Convergence of the FE model.doc

RotFe_ib\doc\coordinates.doc

RotFe_ib\doc\New features and modifications in RotFE 2.doc

RotFe_ib\doc\(Important1)rotexample.doc

RotFe_ib\doc\(Important1)Model order reduction in ROTFE 2.doc

RotFe_ib\doc\(Important1)ROTFE20a.doc

RotFe_ib\doc\(Important2)Rotor Dynamics software in Matlab.doc

RotFe_ib\doc\软件使用说明.txt

RotFe_ib\slprj\grt\untitled\tmwinternal

RotFe_ib\slprj\grt\untitled

RotFe_ib\slprj\grt

RotFe_ib\slprj

RotFe_ib\work

RotFe_ib\try

RotFe_ib\torsion

RotFe_ib\sim

RotFe_ib\new

RotFe_ib\models

RotFe_ib\doc

RotFe_ib

Finite element modeling of rotating machines and rotors