Exudyn1.9.83.dev1

Exudyn User Manual

  • Exudyn
  • Installation and Getting Started
  • Overview on Exudyn
  • Tutorial
  • Graphics and visualization
  • Notation
  • Theory and formulations
  • Solvers
  • Python-C++ command interface

Reference Manual

  • Python Utility Functions
  • Items reference manual
    • Node
    • Object (Body)
    • Object (SuperElement)
    • Object (Object)
    • Object (FiniteElement)
    • Object (Connector)
    • Object (Constraint)
    • Object (Joint)
      • ObjectJointGeneric
      • ObjectJointRevoluteZ
      • ObjectJointPrismaticX
      • ObjectJointSpherical
      • ObjectJointRollingDisc
      • ObjectJointRevolute2D
      • ObjectJointPrismatic2D
      • ObjectJointSliding2D
      • ObjectJointALEMoving2D
    • Marker
    • Load
    • Sensor
  • Structures and Settings

Misc

  • List of Abbreviations
  • Examples
  • TestModels
  • Issue tracker
Exudyn1.9.83.dev1
  • Items reference manual
  • Object (Joint)
  • View page source

Object (Joint)

A Joint is a special Object, Connector and Constraint, which is attached to position or rigid body markers. The joint results in special algebraic equations and requires implicit time integration. Joints represent special constraints, as described in multibody system dynamics literature.

  • ObjectJointGeneric
    • DESCRIPTION of ObjectJointGeneric
    • Definition of quantities
    • Connector constraint equations
  • ObjectJointRevoluteZ
    • DESCRIPTION of ObjectJointRevoluteZ
    • Definition of quantities
    • Connector constraint equations
    • MINI EXAMPLE for ObjectJointRevoluteZ
  • ObjectJointPrismaticX
    • DESCRIPTION of ObjectJointPrismaticX
    • Definition of quantities
    • Connector constraint equations
  • ObjectJointSpherical
    • DESCRIPTION of ObjectJointSpherical
    • Definition of quantities
    • Connector constraint equations
    • Example for body position marker
  • ObjectJointRollingDisc
    • DESCRIPTION of ObjectJointRollingDisc
    • Definition of quantities
    • Geometric relations
    • Connector constraint equations
  • ObjectJointRevolute2D
    • DESCRIPTION of ObjectJointRevolute2D
  • ObjectJointPrismatic2D
    • DESCRIPTION of ObjectJointPrismatic2D
  • ObjectJointSliding2D
    • DESCRIPTION of ObjectJointSliding2D
    • Definition of quantities
    • Geometric relations
    • Connector constraint equations (classicalFormulation=True)
    • Connector constraint equations (classicalFormulation=False)
    • Post Newton Step
  • ObjectJointALEMoving2D
    • DESCRIPTION of ObjectJointALEMoving2D
    • Definition of quantities
    • Geometric relations
    • Connector constraint equations
    • Post Newton Step
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