Preference > thermal > ok
Pre-processor >element type > add/edit/delete
> add > solid > quad 8 node 77 > ok > close.
Pre - processor > material properties>
material models > thermal > conductivity > isotropic > KXX = 100 > exit.
Pre - processor > modelling > create > area
> rectangle > by Dimensions (
enter X1,X2(X-Coordinates as (-0.5,0.5) & Y1,Y2(Y-Coordinates as (-10,10))
> ok.
Pre - processor > meshing > mesh tool >
(select smart size reduce the type of mesh to 4 by using the slider bar ) >
select mesh option > select the area of diagram > ok.
Pre - processor > loads > analysis type >
new analysis > steady state > ok.
Pre - processor > loads > define loads >
apply > thermal >temperature > on lines > (select left side
vertical line (high temp zone) source ) > apply > temp > load temp
value =60 > ok.
Pre - processor > loads > define loads >
apply > thermal > convection >
on right side line > ok > enter
the film coefficient = 20 > bulk temperature = 30 > ok.
Pre - processor > loads > define loads >
apply > thermal > heat flux > select
the lines which does not have any scope of thermal distribution which means the
heat flux is zero > ok > heat flux = 0 > ok.
Solution > solve > current LS > ok
> yes > close.
General post processor > plot results > contour plot
> nodal solution > nodal solution > dof solution > nodal
temperature > ok.
General post processor > plot results > vector plot
> predefined > > in [PLVECT] vector plot of predefined vector, select
flux & gradient in left box , select thermal flux in right box > ok.
General post processor > path operations > define path
> by location > enter (Path name = i.e. path, Number of points = 2,
Number of data sets = 40, Number of divisions = 80) > ok > now enter
(point number = 1, enter (X,Y,Z, location = -0.5,0.5,0) > ok > now enter
(point number = 2, enter (X,Y,Z, location =
0.5,0,0) > ok > cancel.
General post processor > path operations > map onto
path > enter (label = temp001, select DOF SOLUTION where you have to
select temperature TEMP in it.) > ok.
General post processor > path operations > plot path
item > on graph > and select temp001 > ok.
Note: You will get a display of the graph
having X - Distance & Y - Temperature.
General post processor > list results > path items
> recall path by name and select i.e. path > ok > select temp001 >
ok. (so that we get a temperature (TEMP001 )values distance wise (S))
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