3DS

> Simulation Tutorials for SOLIDWORKS Connected Users > Static Tutorials (SOLIDWORKS Standard and above) > Actuator Mechanism with Connectors > Defining Pin Connectors

Compass

Collapse Simulation Tutorials for SOLIDWORKS Connected Users

Simulation Tutorials for SOLIDWORKS Connected Users

Collapse Static Tutorials (SOLIDWORKS Standard and above)

Static Tutorials (SOLIDWORKS Standard and above)

Expand Static (Stress) Analysis of a Part

Static (Stress) Analysis of a Part

Expand Static Analysis of an Assembly

Static Analysis of an Assembly

Expand Static Analysis with a Mixed Mesh

Static Analysis with a Mixed Mesh

Expand Analysis of a Fuel Storage Tank

Analysis of a Fuel Storage Tank

Expand Contact Analysis of an Eyebar Assembly

Contact Analysis of an Eyebar Assembly

Expand Large Displacement Contact

Large Displacement Contact

Expand Shrink Fitting of Two Rings

Shrink Fitting of Two Rings

Expand Remote Forces

Expand Static Analysis of a Sheet Metal Part

Static Analysis of a Sheet Metal Part

Expand Converting Solid Geometry to Surfaces

Converting Solid Geometry to Surfaces

Expand Converting a Thin Solid Body into a Sheet Metal and Surface Body

Converting a Thin Solid Body into a Sheet Metal and Surface Body

Expand Failure Analysis of a Composite Joint (Simulation Premium only)

Failure Analysis of a Composite Joint (Simulation Premium only)

Expand Symmetry Restraints for Solid and Shell Models

Symmetry Restraints for Solid and Shell Models

Expand Using Adaptive Methods

Using Adaptive Methods

Expand Analysis of a Pulley Under a Bearing Force

Analysis of a Pulley Under a Bearing Force

Expand Pliers Defined Using Pins

Pliers Defined Using Pins

Expand Analysis of a Basketball Assembly With Bolts

Analysis of a Basketball Assembly With Bolts

Expand Spot Weld of Automobile Parts

Spot Weld of Automobile Parts

Expand Design Check for Connectors

Design Check for Connectors

Expand Design Check for a Mixed Mesh Assembly

Design Check for a Mixed Mesh Assembly

Expand Static Analysis of a Truss

Static Analysis of a Truss

Expand Creating Beam Diagrams

Creating Beam Diagrams

Collapse Actuator Mechanism with Connectors

Actuator Mechanism with Connectors

Opening the Assembly

Defining Pin Connectors

Defining Additional Pin Connectors

Defining a Pin Between the Actuator Casing and the Mounting Bracket

Defining the Plunger As a Pin Connector

Stabilizing the Plunger Part

Creating a Section View of the Assembly

Defining Finite Axial Resistance

Defining an Elastic Support

Specifying a Global Interaction

Meshing the Model and Running the Study

Viewing von Mises Stress

Viewing Section Plot of Resultant Displacement

Animating the Resultant Displacement Plot

Creating a Frequency Study

Defining Materials, Loads, Restraints, and Mesh by Drag and Drop

Running the Frequency Study and Listing the Natural Frequencies

Viewing Mode Shapes

Expand Frequency Tutorial (Simulation Professional and above)

Frequency Tutorial (Simulation Professional and above)

Expand Design Insight Tutorials (Simulation Professional and above)

Design Insight Tutorials (Simulation Professional and above)

Expand Thermal Tutorials (Simulation Professional and above)

Thermal Tutorials (Simulation Professional and above)

Expand Buckling Tutorial (Simulation Professional and above)

Buckling Tutorial (Simulation Professional and above)

Expand Fatigue Tutorials (Simulation Standard and above)

Fatigue Tutorials (Simulation Standard and above)

Expand Nonlinear Tutorials (Simulation Premium only)

Nonlinear Tutorials (Simulation Premium only)

Expand Linear Dynamics Tutorials (Simulation Premium only)

Linear Dynamics Tutorials (Simulation Premium only)

Expand Drop Test Tutorials (Simulation Professional and above)

Drop Test Tutorials (Simulation Professional and above)

Expand Pressure Vessel Design Tutorial (Simulation Professional and above)

Pressure Vessel Design Tutorial (Simulation Professional and above)

Expand Trend Tracker Tutorial (Simulation Standard and above)

Trend Tracker Tutorial (Simulation Standard and above)

Expand Motion Tutorials (available with SOLIDWORKS Motion)

Motion Tutorials (available with SOLIDWORKS Motion)

Expand Simulation Validation for SOLIDWORKS Connected Users

Simulation Validation for SOLIDWORKS Connected Users

Hide Table of Contents

Defining Pin Connectors

You define Pin connectors between cylindrical faces of different components.

The 4 pin connectors shown in the figure represent smooth hinges (pins that do not resist rotation but have high resistance to relative axial motion). The following figure shows the 4 pins that are defined similarly.

Search 'Defining Pin Connectors' in the SOLIDWORKS Knowledge Base.

Provide feedback on this topic

SOLIDWORKS welcomes your feedback concerning the presentation, accuracy, and thoroughness of the documentation. Use the form below to send your comments and suggestions about this topic directly to our documentation team. The documentation team cannot answer technical support questions. Click here for information about technical support.

* Required


*Email:
Subject:		Feedback on Help Topics
Page:		Defining Pin Connectors
*Comment:
*		I acknowledge I have read and I hereby accept the privacy policy under which my Personal Data will be used by Dassault Systèmes

Cancel

Print Topic

Select the scope of content to print:

This topic and all topics linked from this topic

Just this topic

This topic and only immediate topics under it

This selected topic and all subtopics

Cancel

x

We have detected you are using a browser version older than Internet Explorer 7. For optimized display, we suggest upgrading your browser to Internet Explorer 7 or newer.

Never show this message again

x

Web Help Content Version: SOLIDWORKS Simulation Tutorials (3DEXPERIENCE SOLIDWORKS) 2025 SP1

To disable Web help from within SOLIDWORKS and use local help instead, click Help > Use SOLIDWORKS Web Help.

To report problems encountered with the Web help interface and search, contact your local support representative. To provide feedback on individual help topics, use the “Feedback on this topic” link on the individual topic page.