Function
Divide selected elements and create nodes at the division points.
Call
From the Main Menu select Model > Elements > Divide
Select Geometry > Elements > Divide in the Menu tab of the Tree Menu.
Click Divide Elements in the Icon Menu.
Shortcut key: [Alt]+7
Entry
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Click to the right of Divide Elements: Display the Element Table. Start Node NumberAssign a starting node number for the newly created nodes resulting from the division. This number is auto-set to the largest node number in use +1. To modify this item, click and select an option to specify a desired number.
Start Element NumberAssign a new starting element number for new elements being created. This number is auto-set to the largest element number in use +1. To modify this item, click and select an option to specify a desired number.
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Element Type: Assign the type of elements.
Frame: line element (Truss, Beam etc.)
Wall: wall element
Note
The division of wall elements is associated with ECS x and z.
Planar: planar element (Plate, Plane Stress etc.)
Solid: solid element (3-D solid element)
Equal Distance: To divide at equal distances
Frame
Number of Divisions x: Number of divisions in ECS x-direction
Wall
Number of Divisions x: Number of divisions in ECS x-direction
Number of Divisions z: Number of divisions in ECS z-direction
Planar
Number of Divisions x: Number of divisions in ECS x-direction
Number of Divisions y: Number of divisions in ECS y-direction
Solid
Number of Divisions x: Number of divisions in ECS x-direction
Number of Divisions y: Number of divisions in ECS y-direction
Number of Divisions z: Number of divisions in ECS z-direction
Unequal Distance: To divide at unequal distances
Frame
Enter unequal distances as many times as desired in ECS x-direction.
Wall
Enter unequal distances as many times as desired in ECS x-direction.
Enter unequal distances as many times as desired in ECS z-direction.
Planar
Enter unequal distances as many times as desired in ECS x-direction.
Enter unequal distances as many times as desired in ECS y-direction.
Solid
Enter unequal distances as many times as desired in ECS x-direction.
Enter unequal distances as many times as desired in ECS y-direction.
Enter unequal distances as many times as desired in ECS z-direction.
Parametric
Unequal Distance
Unequal distances defined in terms of distance ratios
Frame
Ratio x: Relative unequal distance ratios in ECS x-direction
Wall
Ratio x: Relative unequal distance ratios in ECS x-direction
Ratio z: Relative unequal distance ratios in ECS z-direction
Planar
Ratio x: Relative unequal distance ratios in ECS x-direction
Ratio y: Relative unequal distance ratios in ECS y-direction
Solid
Ratio x: Relative unequal distance ratios in ECS x-direction
Ratio y: Relative unequal distance ratios in ECS y-direction
Ratio z: Relative unequal distance ratios in ECS z-direction
Parallel
Bracing
Parallel Bracing is applicable for a structure with two posts such as a
truss structure of a transmission tower. If the space between the two
posts is connected by bracings, nodes are created and the post elements
are divided so that the inclination of the bracings is constant irrespective
of the inclination angle of the posts. The bracings so created are parallel
to each other.
Number of Divisions
Main Post Element (E1, E2): Assign two posts that will be connected by bracings.
Divide by
Node
Select an element and a node. Divide the element into two new elements
using the node.
Element to be divided: Element being divided
Node to divide element: Node dividing the element
Note
The Node to Divide Element dose not necessarily have to be on the Element to be Divided.
Divide by
Pattern
Divide planar elements according to a defined pattern. Select the planar
elements to be divided. The Base Edge or the Base Point, which forms the
basis for dividing, will appear as reference in the Model Window.
Divide Planar Elements using a Base Edge
1.Select a division Pattern. |
2.Select a Base Edge that will become the reference of division for the selected elements. |
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Divide Planar Elements using a Base Point
1.Select a division Pattern. |
2. Select a Base Point that will become the reference of division for the selected elements. |
Divide Planar Element using a Defined Pattern
1. Select a division Pattern. |
Note
Base Edge and Base Point define the application direction of a
Pattern. They do not
affect the structural analysis.
Merge Duplicate
Nodes
Merge overlapping nodes to single nodes if new nodes coincide with existing
nodes. Click to modify the Merging Tolerance.