CFG abaqus 3 fastener *filter spot *head *body 0 rod 13 3 *post prop_fastener.tcl |
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Description: Creates a CONN3D2 element. This realization uses the prop_fastener.tcl property script.
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CFG abaqus 4 acm (equivalenced-(T1+T2)/2) *filter spot *style acm 1 *head rbe3 1 0 *body 0 hex8 1 1 *post prop_abaqus_acm.tcl |
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Description: Creates hexa element with DCOUP3D elements projecting and connecting to the surrounding shell elements. This realization uses the shell thickness to calculate the hexa offset from the shell elements. In the case where the model is a 3T connection, the acm (equivalenced-(T1+T2)/2) realization will join the hexa elements. This realization uses the prop_abaqus_acm.tcl property script.
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CFG abaqus 5 sealing *filter spot *head rbe3 1 0 *body 0 rod 13 1 |
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Description: Creates DCOUP3D elements for the head and element for the body. The head elements project and connect to the nodes of the adjoining shell elements. |
CFG abaqus 6 bush *filter spot *head rigidlink 1 1 *body 0 rod 13 1 |
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Description: Creates KINCOUP elements for the head and element for the body. The head elements project and connect to the nodes of the adjoining shell elements. |
CFG abaqus 7 bolt (b31) *filter bolt *style bolt 0 *head rigidlink 1 12 *body 0 bar2 9 1 *post prop_abaqus_b31.tcl |
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Description: Creates KINCOUP elements for the head and B31 element for the body. The head elements project and connect to the nodes of the adjoining shell elements that form the hole, and also to the second row of nodes to form the washer layer. The connector location can be on the edge of the hole, center of the hole, midpoint in between the two, holes or on the second row of nodes which form the washer layer. This connector also uses the script prop_abaqus_b31.tcl.
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CFG abaqus 8 hinge (b31) *filter bolt *style bolt 0 *head rigidlink 1 12 *body 0 bar2 9 1 dofs=4 *post prop_abaqus_b31.tcl |
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Description: Creates KINCOUP elements for the head and B31 element for the body. The rot x degree of freedom is constrained. The head elements project and connect to the nodes of the adjoining shell elements that form the hole, and also to the second row of nodes to form the washer layer. The connector location can be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. This connector also uses the script prop_abaqus_b31.tcl.
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CFG abaqus 9 adhesives *filter area *style adhesive 1 *head rbe3 1 0 rigid 1 0 *body 1 hex8 1 1 penta6 1 1 *post prop_abaqus_acm.tcl |
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Description: Creates a row of hexa/penta elements for the body and numerous DCOUP3D/KINCOUP elements for the head. The head elements project and connect to the nodes of the adjoining shell elements. If there is a direct normal projection then a KINCOUP element will be used, if there are only non-normal projections then DCOUP3D elements will be created. The size (thickness) for the hexa and/or penta elements depends on the chosen option: shell gap, (T1+T2)/2, mid thickness, const. thickness, maintain gap.
This realization uses the prop_abaqus_acm.tcl property script.
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CFG abaqus 31 rbe3 (load transfer) *filter spot *style mpc 1 *head *body 0 rbe3 1 1 dofs=123 |
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Description: Creates DCOUP3D elements for the body. The degrees of freedom are constrained in the x, y, and z axes for the dependant nodes. |
CFG abaqus 50 clip *filter bolt *style bolt 1 *head *body 0 rigidlink 1 2 |
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Description: Creates a KINCOUP element. The element projects and connects to the nodes of the adjoining shell elements that form the hole, and also the nodes that form the washer layer. The connector location can either be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. |
CFG abaqus 51 bolt (washer 1) cbar *filter bolt *style bolt 0 *head rigidlink 1 12 *body 0 bar2 9 1 |
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Description: Creates KINCOUP elements for the head and B31 element for the body. The head elements project and connect to the nodes of the adjoining elements, forming the hole and also the second row of nodes which form the washer layer. The connector location can either be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. |
CFG abaqus 54 bolt (spider) *filter bolt *style bolt 1 *head *body 0 rigidlink 1 1 |
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Description: Creates a KINCOUP element, which projects and connect to the nodes of the adjoining elements which form the hole. The connector location can either be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. |
CFG abaqus 55 bolt (washer 2) *filter bolt *style bolt 0 *head rigidlink 1 1 rigidlink 1 2 *body 0 rigid 1 1 |
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Description: Creates KINCOUP elements for the head and the body. There are two individual KINCOUP elements at the head of the connection, one to connect to the inner row of nodes, and a second to connect to the washer layer nodes. The connector location can either be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. |
CFG abaqus 56 bolt (washer 2 alt) *filter bolt *style bolt 0 *head rigidlink 1 1 rigidlink 1 3 *body 0 rigid 1 1 |
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Description: Creates KINCOUP elements for the head and the body. There are two individual KINCOUP elements at the head of the connection, one to connect to the inner row of nodes, and a second to connect to the washer layer nodes. The KINCOUP head element that connects to the washer layer nodes only connects to every other node on the washer layer. The connector location can either be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. |
CFG abaqus 57 bolt (washer 1) *filter bolt *style bolt 0 *head rigidlink 1 12 *body 0 rigid 1 1 |
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Description: Creates KINCOUP elements for the head and body. The head elements project and connect to the nodes of the adjoining elements, forming the hole and also the second row of nodes which form the washer layer. The connector location can either be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. |
CFG abaqus 58 bolt (washer 1 alt) *filter bolt *style bolt 0 *head rigidlink 1 13 *body 0 rigid 1 1 |
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Description: Creates KINCOUP elements for the head and body. The head elements project and connect to the nodes of the adjoining elements, forming the hole and also the second row of nodes which form the washer layer. The head only connects to every other node on the washer layer. The connector location can either be on the edge of the hole, center of the hole, midpoint in between the two holes, or on the second row of nodes which form the washer layer. |
CFG abaqus 60 bolt (cylinder rigid) *filter bolt *style bolt 4 *head rigidlink 1 1 *body 0 rigid 1 1 *post prop_cylinder.tcl |
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Description: Creates a KINCOUP element for the body as well as for the head elements. Read mesh independent Realization methods in the Bolt panel for further information to cylinder type bolts. This realization uses the prop_cylinder.tcl property script.
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CFG abaqus 61 bolt (cylinder bar) *filter bolt *style bolt 4 *head rigidlink 1 1 *body 0 bar2 9 1 *post prop_cylinder.tcl |
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Description: Creates a B31 element for the body and KINCOUP elements for the head elements. Read mesh independent Realization methods in the Bolt panel for further information to cylinder type bolts. This realization uses the prop_cylinder.tcl property script.
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CFG abaqus 70 acm (detached-(T1+T2)/2) *filter spot *style acm 2 *head rbe3 1 0 *body 1 hex8 1 1 *post prop_abaqus_acm.tcl |
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Description: Creates a hexa element with DCOUP3D elements projecting and connecting to the surrounding shell elements. This realization uses the shell thickness to calculate the hexa offset from the shell elements. In the case where the model is a 3T connection, the acm (detached-(T1+T2)/2) realization will not join the hexa elements. This realization uses the prop_abaqus_acm.tcl property script.
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CFG abaqus 71 acm (shell gap) *filter spot *style acm 3 *head rbe3 1 0 *body 0 hex8 1 1 *post prop_abaqus_acm.tcl |
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Description: Creates a hexa element with DCOUP3D elements projecting and connecting to the surrounding shell elements. This realization does not use the shell thickness to calculate the hexa offset, therefore the hexa will project and be touching the shell elements. This realization uses the prop_abaqus_acm.tcl property script.
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CFG abaqus 72 acm (shell gap + coating) *filter spot *style acm 4 *body 0 hex8 1 1 |
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Description: Creates one hexa cluster per connector and realizes a node to node connection to the linked shell meshes by adjusting it (shell coating). Different patterns are available. This is driven by the number of hexas. The appearance can be influenced via the diameter and the washer layer activation. |
CFG abaqus 73 acm (general *filter spot *style acm 3 *head rbe3 1 0 dofs=123 *body 0 hex8 1 1 *post prop_abaqus_acm.tcl |
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Description: Consolidates several ACM definitions into one general, flexible ACM definition. Besides mid thickness, constant thickness, and maintain gaps, the definition of several coats with different hexa patterns is available. This realization uses the prop_abaqus_acm.tcl property script.
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CFG abaqus 101 seam-quad (angled+capped+L) *filter seam *style quad 4 *head *body 0 quad4 1 1 |
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Description: Creates a quad row with tria caps at the seam ends. In addition, a certain pure quad element pattern is created around the seam elements (shown here in red). These elements normally get imprinted into the shell links. The exact geometry of the seam can be influenced by certain attributes in the Seam panel. This realization is mainly intended to be used for lap welds.
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CFG abaqus 102 seam-quad (angled+capped+T) *filter seam *style quad 5 *head *body 0 quad4 1 1 |
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Description: Creates a quad row with tria caps at the seam ends. In addition, a certain pure quad element pattern is created around the seam elements (shown here in red). These elements normally get imprinted into the shell links. The exact geometry of the seam can be influenced by certain attributes in the Seam panel. This realization is mainly intended to be used for lap welds.
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CFG abaqus 103 seam-quad (vertical+angled) *filter seam *style quad 1 *head *body 0 quad4 1 1 |
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Description: Creates two quad rows--the first one perpendicular to the opposite shell link, and the second one with a certain angle to the first one. In addition, a certain pure quad element pattern is created around the seam elements (shown here in red). These elements normally get imprinted into the shell links. The exact geometry of the seam can be influenced by the angle value. This realization is can be used for both lap- and T-welds.
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CFG abaqus 104 seam-quad (angled) *filter seam *style quad 2 *head *body 0 quad4 1 1 |
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Description: Creates one quad row under a certain angle. The angle is measured between the quad row and the perpendicular projection from the free edge to the opposite shell link. In addition, a certain pure quad element pattern is created around the seam elements (shown here in red). These elements normally get imprinted into the shell links. The exact geometry of the seam can be influenced by the angle value. This realization is can be used for both, lap- and T-welds.
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CFG abaqus 105 Mastic *filter spot *head rbe3 1 0 *body 0 spring 1 1 spring 1 1 spring 1 1 *post prop_mastic.tcl |
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Description: Creates SPRING elements for the body, and projects and connects to the adjoining shell/solid elements with DCOUP3D elements. The realization uses the prop_mastic.tcl property script.
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CFG abaqus 106 hexa (adhesive) *filter seam *style continuous 3 *head rbe3 1 0 rigid 1 0 *body 0 hex8 1 1 *post prop_abaqus_acm.tcl |
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Description: Creates a row of hexa elements for the body, and numerous DCOUP3D elements for the head. The head elements project and connect to the nodes of the adjoining shell/solid elements. The hexa elements are projected so that they touch the shell/solid elements of the connecting components. This realization also uses the prop_abaqus_acm.tcl property script.
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CFG abaqus 107 seam (vectors) *filter seam *style continuous_vec 1 *head *body 0 quad4 1 1 |
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Description: Creates perpendicular and parallel vectors to the surface along a line/nodelist. On exporting the connector file, a vector file (.asc format) containing the vector information is also exported for this realization. |
CFG abaqus 108 hexa (tapered T) *filter seam *style continuous 6 *head rbe3 1 0 rigid 1 0 *body 0 hex8 1 1 |
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Description: Intended to be used for t-cases. The size and exact position can be defined thickness dependent, or the exact dimension and position parameters can be given. |
CFG abaqus 110 fastener-nodes *filter spot *head *body 0 mass 99 2 *post prop_fastener_nodes.tcl |
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Description: Creates a Node Set that contains the nodes that are selected to create the connector element, and creates an empty Element Set. Connector elements are not created for this realization type. Abaqus creates the required connector elements on its own. This realization uses the prop_fastener_nodes.tcl property script.
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CFG abaqus 114 bolt (step hole) *filter bolt *style bolt 6 *head rigidlink 1 1 *body 0 bar2 9 1 |
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Description: This realization creates a B31 element for the bolt shaft and connects to the solids' nodes with numerous KINCOUP rigid elements based on the given bolt/hole parameters. It connects two solids through holes, or it connects one solid through a hole with a solid blind hole. |
CFG abaqus 115 bolt (threaded step hole) *filter bolt *style bolt 7 *head rigidlink 1 1 *body 0 bar2 9 1 |
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Description: Connects two solids through holes, or connects one solid through a hole with a solid blind hole. A thread length can be defined to define the dimensions of the rigid elements connecting the bolt shaft models as a bar. |