Appling Joints

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Appling Joints

Procedure:

1.Open a model

2.Switch to the DMU Kinematics workbench.

3.Start by creating a new Mechanism.

a.If the Assembly consists of Constraints, you can select the Assembly Constraints Conversion function and create a new Mechanism.

b.If no Constraints exists, start by creating a Fixed Joint and create a new Mechanism. Select a part to Fix in the assembly. This option will also create a Fixed Constraint.

Assembly Constraints Conversion

V5_NewFixedAssembly

 

 

CATIA V5 Joints


3DCS Joints

Joint

Degrees of Freedom Controlled

Joint Name

Rigid

I_RigidJnt

N/A

Fixed Together

DVTI_FixTogetherConst

Revolute

I_RevoluteJnt

3 Translations

2 Rotation

Revolute Joint

DVTI_RevoluteJnt

Prismatic

I_PrismaticJnt

2 Translation

3 Rotations

Prismatic Joint

DVTI_PrismaticJnt

Cylindrical

I_CylindricalJnt

2 Rotation

2 Translation

Cylindrical Joint

DVTI_CylindricalJnt

Spherical

I_SphericalJnt

3 Translations

Spherical Joint

DVTI_SphericalJnt

Planar

I_PlanarJnt

1 Translations

2 Rotation

Planar Joint

DVTI_PlanarJnt

Point Curve

I_PointCurve

2 Translation

Point on Line Joint

DVTI_PointOnLineJnt

Point Surface

I_PointSurface

1 Translations

Point on Plane Joint

DVTI_PointOnPlaneJnt

N/A

1 Translation

1 Rotation

Line on Plane Joint

DVTI_LineOnPlaneJnt

U Joint

I_UJoint

3 Translations

1 Rotation

Universal Joint

DVTI_UJnt

Gear Joint

I_GearJoint

N/A

Roll Curve

I_RollCurve

Rack Joint

I_RackJoint

Cable Joint

I_CableJoint

Screw Joint

I_ScrewJoint

CV Joint

I_CVJoint