>> Conduct_T3_RS
Read 6 nodes. 
(Echo of file msh_bc_xyz.tmp) 
bc_flag, x-, y-coordinates 
 0  0  0     
 0  2  0     
 0  2  2     
 1  4  0     
 1  4  2     
 1  4  4     

(Echo of file msh_typ_nodes.tmp) 
Read 4 elements with (ignored) type & 3 nodes each. 
     1     1     2     3
     1     2     4     5
     1     2     5     3
     1     3     5     6

Applied Boundary Conditions: 3 
(Echo of file load msh_ebc.tmp) 
Node, DOF (1=u, 2=v, 3=r), Value. 
     4     1     5
     5     1     5
     6     1     5

(Echoing columns of file msh_properties.tmp) 
Properties for element (by column) 1 
Thermal conductivity        = 8 
Heat Generation per volume  = 6 
Thickness                   = 1 
Mass Density                = 1 

Properties for element (by column) 2 
Thermal conductivity        = 8 
Heat Generation per volume  = 6 
Thickness                   = 1 
Mass Density                = 1 

Properties for element (by column) 3 
Thermal conductivity        = 8 
Heat Generation per volume  = 6 
Thickness                   = 1 
Mass Density                = 1 

Properties for element (by column) 4 
Thermal conductivity        = 8 
Heat Generation per volume  = 6 
Thickness                   = 1 
Mass Density                = 1 

Resultants of all input sources: 
Node, DOF (1=force, 2=couple), Value 
1 1 4 
2 1 12 
3 1 12 
4 1 4 
5 1 12 
6 1 4 
Totals =     48

Temperature at 6 nodes 
 1 8.75 
 2 7.75 
 3 7.125 
 4 5 
 5 5 
 6 5 

Recovered Reactions at BC: 3 
Node, DOF, Value 
4 1 -15 
5 1 -29 
6 1 -4 
Total =   -48.0000

Post-prossessing Gradients and Reaction: 

Element, Point, Coordinates      1 1 1.33333 0.666667 
Element, Point, Gradient Vector  1 1 -0.5 -0.3125 
Element, Point, Heat Flux Vector 1 1 4 2.5 

Node List for Element 1, 
     1     2     3
Given Resultant Sources 
    4.0000    4.0000    4.0000
Heat Flow Reactions 
    0.0000   -5.5000   -6.5000

Element, Point, Coordinates      2 1 3.33333 0.666667 
Element, Point, Gradient Vector  2 1 -1.375 0 
Element, Point, Heat Flux Vector 2 1 11 0 

Node List for Element 2, 
     2     4     5
Given Resultant Sources 
    4.0000    4.0000    4.0000
Heat Flow Reactions 
    7.0000  -15.0000   -4.0000

Element, Point, Coordinates      3 1 2.66667 1.33333 
Element, Point, Gradient Vector  3 1 -1.0625 -0.3125 
Element, Point, Heat Flux Vector 3 1 8.5 2.5 

Node List for Element 3, 
     2     5     3
Given Resultant Sources 
    4.0000    4.0000    4.0000
Heat Flow Reactions 
   -1.5000  -12.5000    2.0000

Element, Point, Coordinates      4 1 3.33333 2.66667 
Element, Point, Gradient Vector  4 1 -1.0625 0 
Element, Point, Heat Flux Vector 4 1 8.5 0 

Node List for Element 4, 
     3     5     6
Given Resultant Sources 
    4.0000    4.0000    4.0000
Heat Flow Reactions 
    4.5000  -12.5000   -4.0000

>> addpath /net/course-a/mech517/public_html/Matlab_Plots
>> mesh_shrink_plot
>> color_result(1)
>> color_result_surface(1)
>> quiver_qp_flux_mesh (1,1,-1)
>> quit