HOME
Sesam GeniE V8.11-00
03-sep-2024
  • Hull Forms
    • Offshore Vessel
    • Container Ship
    • Universal Ship
    • Tank Ship
  • Importing Lines
    • Import Aft Ship Data
    • Import Ship Data
    • Import NAPA Data
  • External Files
    • Create Load Combinations
    • Copying a Text File
    • Excel File - Reading and Writing
  • Loads and Masses
    • Mass to Load
    • Load to Mass
    • Compartment Loads
    • Move Loads
    • COG and Mass of a Set
  • Beams to Plates
    • L-Stiffeners to Plates
    • T-Stiffeners to Plates
    • Tubes to Shells
    • Convert a Module to Shells
    • More Beams to Plates
    • Creating a Cone
    • Rigid Link Support Example
    • Beams in Joint to Shells
  • Beams
    • Set Eccentricity Using Local System
    • Get Length of Eccentric Segment
    • Move Beam End Connected
    • Beams in Joint into Set
  • Utilities
    • Changing View Directions
    • Plate Thickness
    • Counting Objects
    • Code Check
    • Code Check Member Manipulation
    • Advanced Deletion
    • Joints
    • Large Model Manipulation
    • Plane Cutting Structure
    • Listing Plate Thickness and Area
    • Closest Point
    • Points in Same Position
  • Named Sets
    • Copying a Named Set Into a New Named Set
    • Dynamic and Static Sets
    • Viewing Parts of the Model Using Limit
    • Create Dynamic Sets
    • Create Named Sets for Use in Xtract
Build V8.11.00.93_Develop
 
Sesam GeniE V8.11-00
  • GeniE V8.11-00 Documentation »
  • Beams to Plates »
  • Rigid Link Support Example
Next Previous

Rigid Link Support Example

Scripts on this page are available here:

Couple_beam_shell_in.js

Example on using the rigid link support on a pipe

../_images/Rigid_Couple_beam_shell.jpg
../_images/Rigid_Deformed-shape.jpg

In this example a beam (pipe) has been partly modelled using shell elements and partly using a beam element. The coupling between the shell elements and the beam element is modelled using the rigid support link functionality of GeniE. This involves linear coupling of the shell element nodes to a midnode. Note that the boundary condition of the midnode of the rigid support link is 6 times free as it is not going to be fixed. To fix the other end of the shell model another rigid support link is used. As such rigid support link requires a midnode an auxiliary beam is inserted just to get a node.

You can make a new workspace and import the script file Couple_beam_shell_in.js.

Run analysis to view the deformations.

Next Previous

Copyright © DNV AS 2024