Code covered by the BSD License  

Highlights from
Rotor Dynamics toolbox (RotFE)

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Rotor Dynamics toolbox (RotFE)

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Toolbox models rotating, elastic shafts with disks

temporary1.m
% ==> RESP_DOF 
%-------------------------------- 
 RESP_DOF = ...   
 [1 5] ; 
%-------------------------------- 
% ==> RNodeDir 
%-------------------------------- 
 RNodeDir = ...   
 [2.1;2.3] ; 
%-------------------------------- 
% ==> FORCE_DOF 
%-------------------------------- 
 FORCE_DOF = ...   
 3 ; 
%-------------------------------- 
% ==> FNodeDir 
%-------------------------------- 
 FNodeDir = ...   
 3.1 ; 
%-------------------------------- 
% ==> UNBAL_DOF 
%-------------------------------- 
 UNBAL_DOF = ...   
 [3 7] ; 
%-------------------------------- 
% ==> UNodeDir 
%-------------------------------- 
 UNodeDir = ...   
 [3.1;3.3] ; 
%-------------------------------- 
% ==> cord1x 
%-------------------------------- 
 cord1x = ...   
 5 ; 
%-------------------------------- 
% ==> Fu_sin 
%-------------------------------- 
 Fu_sin = ...   
 [0;0;0;0;0;0;0.1;0] ; 
%-------------------------------- 
% ==> Fu_cos 
%-------------------------------- 
 Fu_cos = ...   
 [0;0;0.1;0;0;0;0;0] ; 
%-------------------------------- 
% ==> UNBALANCE 
%-------------------------------- 
 UNBALANCE = ...   
 [3 0.1 0] ; 
%-------------------------------- 
% ==> PROP_DAMP 
%-------------------------------- 
 PROP_DAMP = ...   
 [] ; 
%-------------------------------- 
% ==> Bcord 
%-------------------------------- 
 Bcord = ...   
 [1;2;7;8] ; 
%-------------------------------- 
% ==> BCNodeDir 
%-------------------------------- 
 BCNodeDir = ...   
 1 ; 
%-------------------------------- 
% ==> DASHPOTS 
%-------------------------------- 
 DASHPOTS = ...   
 [2 7 8.2 0 0 0 0 0 0] ; 
%-------------------------------- 
% ==> SPRINGS 
%-------------------------------- 
 SPRINGS = ...   
 [2 200 0 0 0 0 0 0 0] ; 
%-------------------------------- 
% ==> POINT_MASS 
%-------------------------------- 
 POINT_MASS = ...   
 [2 0.1 0 0] ; 
%-------------------------------- 
% ==> DISCS 
%-------------------------------- 
 DISCS = ...   
 [3 0.2 0.015 0.01 1] ; 
%-------------------------------- 
% ==> MATERIALS 
%-------------------------------- 
 MATERIALS = ...   
 [210000000000 7800 0.3;70000000000 3200 0.3] ; 
%-------------------------------- 
% ==> NODES 
%-------------------------------- 
 NODES = ...   
 [0 0.5 1.1] ; 
%-------------------------------- 
% ==> W 
%-------------------------------- 
 W = ...   
 1 ; 
%-------------------------------- 
% ==> dof 
%-------------------------------- 
 dof = ...   
 [3 4 5 6 9 10 11 12] ; 
%-------------------------------- 
% ==> dim 
%-------------------------------- 
 dim = ...   
 12 ; 
%-------------------------------- 
% ==> ELEMENTS 
%-------------------------------- 
 ELEMENTS = ...   
 [1 2 0.015 0.01 1;2 3 0.015 0.01 1] ; 
%-------------------------------- 

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