1D Element Creation
1A.
1.
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TITLE |
Import the model |
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STEPS |
1.First to import the model 2.Select the import on the toolbar and click on the import geometry 4.Click on the import it will be shows on graphic area 5.The model will be in wire frame 6.It will be converted into shaded |
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OUTPUT |
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2.
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TITLE |
Create the mid surface |
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STEPS |
1.Select the geometry(geom) in main menu bar 2.Select the midsurfaces. 3.Select auto midsurfaces. Click on the extraction option and set the offset+planes 5.The midsurface will be displayed on surface 6.Repeat the above steps for another component |
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OUTPUT |
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3.
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TITLE |
Delete the solid parts |
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STEPS |
1.Select the delete on toolbar 2.Set the solid click on the solid select all 3.Click on the delete entity the solids are removed |
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OUTPUT |
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4.
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TITLE |
Create washer split |
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STEPS |
1.Select the geometry(geom) in main menu bar 2.Select the quick edit 3.Select washer spilt and give offset value 5 4.click on the lines it will be displayed |
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OUTPUT |
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5.
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TITLE |
Create the mesh |
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STEPS |
1.Select the 2D in main menu bar 2.Select the auto mesh and click all the surfaces in the display give the element size 5 3.Click on the mesh type it will be set mixed 4.Click on the mesh it will be meshed 5.Click on the return 6.Go to components first three deleted 7.To rename the midsurface is bracket 1 and another bracket 2 |
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OUTPUT |
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6.
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TITLE |
Create metal and properties |
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STEPS |
1.Click the mouse right button on components and select create go to property 2.It will be renamed to bracket1 and also create another property it is bracket2 3.set the properties to required specifications |
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OUTPUT |
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7.
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TITLE |
Create RBE2,RBE3 links |
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STEPS |
1.Select the 1D in main menu bar 2.Select the rigid and select calculate nodes,click on the nodes it is in by path 3.Click on hole and washer nodes are totally select 4.Click create it is shows on display 5.Same steps repeated for 5 holes |
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OUTPUT |
RBE2 is used for uniform load distributed RBE3 is used for non-uniform load distributed |
8.
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TITLE |
Create box,I-section and cross section |
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STEPS |
1.Select the 1D in main menu bar 2.Click on the hyper beam and select the standard section click on the hyper beam and selection type our requirements it will be chosen 3.Select the given sections and give specific dimensions for all 4.Next click on the view model it will be coming back |
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OUTPUT |
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9.
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TITLE |
Create rod element,beam element and bar element |
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STEPS |
1.Select the 1D in main menu bar 2.click the rod and select node A &node B and select element type CROD it shows on screen 3.Click on the return 4.Select bar and click on the nodes 5.Select element type CBEAM for beams,CBAR for bars 6.Click on return |
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OUTPUT |
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10.
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TITLE |
update rod element,beam element and bar element |
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STEPS |
1.Set properties of rod,beam and bar 2.Go to update the elements 3.In 1D select the rod click on the element and set property element type 4.Click on the update it shows updated 5.Repeate the same process for beam and bar 6.Click on the return |
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OUTPUT |
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11.
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TITLE |
rod element,beam element and bar element vissible |
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STEPS |
1.Set properties of rod,beam and bar 2.Go to update the elements 3.In 1D select the rod click on the element and set property element type 4.Click on the update it shows updated 5.Repeate the same process for beam and bar 6.Click on the return and go to tool bar select 1D detailed representation 7. The rod,beam and bar is shows on graphical area |
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OUTPUT |
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12.
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TITLE |
Create masses at ‘e’ points |
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STEPS |
1.Select rigid and create RBE2 as shown in above points 2.Go to masses and click on the RBE2 node give mass 10 3.Click on create it will be applied mass 4.Repeat the steps for another side point 5.Click on return |
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OUTPUT |
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13.
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TITLE |
Create springs at ‘f’ point |
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STEPS |
1.Select 1D on the main menu bar 2.Go to springs select the node 1 & node 2 3.Click on the element type it will be HMspring and click on the create 4.It will be display the screen 5.repeat the steps for another side 6.Click on return |
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OUTPUT |
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14.
| RESULT | ![]() |














