Linkage Rod Connector PropertyManager

You can specify a linkage rod connector between cylindrical faces, circular edges (for shells), or vertices to model the behavior of connecting rods in an assembly.

To open the Linkage Rod Connector PropertyManager:

In the Simulation study tree, right-click Connections and click Linkage Rod .

The linkage rod connector is available with SOLIDWORKS Simulation Professional and SOLIDWORKS Simulation Premium.

You can replace a connecting part of an assembly with a linkage rod connector to reduce the mesh size and speed-up the simulation.

Type

Linkage Rod Defines a linkage rod connector between the selected entities.
Unit Specifies the units for the linkage rod parameters.

End Joint 1 / End Joint 2

Specifies the geometric entities to which you attach the connector and the support conditions of the connector's end joints.

Concentric cylindrical faces or edges (for shells) Specifies cylindrical faces or shell edges to attach a linkage rod connector.

You select the geometric entities to position the End Joint 1 and End Joint 2 of the connector.

Vertex Specifies two vertices to attach a linkage rod connector.
You can also select a vertex for End Joint 1 and a cylindrical face or shell edge for End Joint 2.
You cannot select beam elements to attach a linkage rod connector.
  Offset distance Specifies an offset distance to position the end joints of the connector.

You can only select cylindrical faces or circular edges to define an offset distance. The offset distance is measured from the center of the selected cylindrical face or circular edge and aligns with the centroid axis of the selected entity.

Reverse offset direction Reverses the direction of the offset distance.

You can preview the position of the end joint in the graphics area as you modify the offset distance.

Rigid joint Specifies the connector's end joint to a rigid joint.

A rigid joint prevents any rotations or deformations between the linkage rod and the connected parts. A linkage rod connector with rigid joints is considered bonded to its connected parts.

Pivot joint Specifies the connector's end joint to a pivot joint.

A pivot joint is similar to a rigid joint, but it allows the connector to rotate about the axis of the selected cylindrical face (or edge).

Spherical joint Specifies the connector's end joint to a spherical joint.

A spherical joint acts like a ball and socket joint where the ball can rotate inside the socket, but it cannot dislocate from the socket. A spherical joint allows the connector to rotate freely, but it cannot detach from the connected parts.

Section Parameters

Specifies the beam element cross section of the linkage rod connector. Four standard cross sections are available.

Solid circular Defines the radius Ro of a solid circular rod.
Hollow circular Defines the outer radius Ro and the thickness T of a hollow circular rod.
Solid rectangular Defines the width W and height H of a solid rectangular rod.
Hollow rectangular Defines the width W, height H, and thickness T of a solid rectangular rod.

Material

Specifies the material of the linkage rod connector.

  Library Selects a material from the SOLIDWORKS material database.

Click Select Material to open the Material dialog box.

  • SOLIDWORKS Simulation selects Alloy steel from the SOLIDWORKS Material library as the connector's material by default.
  • For nonlinear studies, you can only select a linear elastic isotropic material type.
  Custom Defines custom material parameters for the connector.
  • Young's Modulus
  • Poisson's Ratio
  • Thermal expansion coefficient
Temperature-dependent material properties are not supported for the linkage rod connector. Only constant material properties are supported.
Include mass Includes the mass of the connector in the simulation.

The mass value is used in static and frequency studies when you apply gravity and centrifugal loads.

Symbol Settings

  Edit Color Selects a color to display the connector.
Symbol size Specifies the size of the connector's glyph.
  Show preview Displays the connector in the graphics area.