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accounting_for_inertia [2018/06/13 16:53]
marijn.nijenhuis
accounting_for_inertia [2020/06/07 16:29]
marijn.nijenhuis [Adding mass and inertia properties to Spacar]
Line 70: Line 70:
 %node 1 %node 1
 nprops(1).fix                = true;         %Fix node 1 nprops(1).fix                = true;         %Fix node 1
-nprops(3).mass               = 0.074;        %0.74Kg at the center of mass +nprops(3).mass               = 0.074;        %0.074 kg at the center of mass 
-nprops(3).mominertia         = [ 0.00000398 0.00000252 0.0000000 0.00013376 0.00000000 0.00013739]; %Inertia at the center of mass+nprops(3).mominertia         = [0.00000398 0.00000252 0.0000000 0.00013376 0.00000000 0.00013739]; %Inertia at the center of mass
  
 %% ELEMENT PROPERTIES %% ELEMENT PROPERTIES
Line 83: Line 83:
 eprops(1).orien    = [0 0 1];          %Orientation of the cross-section as a vector pointing along "width-direction" eprops(1).orien    = [0 0 1];          %Orientation of the cross-section as a vector pointing along "width-direction"
 eprops(1).nbeams   = 1;                %4 beam elements for simulating these elements eprops(1).nbeams   = 1;                %4 beam elements for simulating these elements
-eprops(1).flex     = 1:6;            %Model out-of-plane bending (modes 3 and 4) as flexible+eprops(1).flex     = 1:6;              %Consider all deformation modes (1 to 6) as flexible
 eprops(1).color    = 'grey'; eprops(1).color    = 'grey';
 eprops(1).opacity  = 0.7; eprops(1).opacity  = 0.7;
Line 93: Line 93:
  
 %% SIMULATION %% SIMULATION
-out1 = spacarlight(nodes, elements, nprops, eprops);+out = spacarlight(nodes, elements, nprops, eprops);
 </code> </code>
  
    
accounting_for_inertia.txt · Last modified: 2023/06/08 16:35 by marijn.nijenhuis