How to define Gear Constraints/Conditions in SpaceClaim and simulate them?

Answer is presented as a set of links to tutorials (on AR-CAD Blog). In all the below tutorials, models from GrabCAD were imported inside SpaceClaim and assembly constraints/conditions were defined between the components/parts. Later, motion simulation was performed using SC-Motion.

1) External Gears Assembly and Simulation in SpaceClaim
http://blog.ar-cad.com/2012/07/07/external-gears-assembly-and-simulation-in-spaceclaim/

2) Internal Gears Assembly and Simulation in SpaceClaim
http://blog.ar-cad.com/2012/07/08/internal-gears-assembly-and-simulation-in-spaceclaim/

3) Rack and Pinion Assembly and Simulation in SpaceClaim
http://blog.ar-cad.com/2012/07/08/rack-and-pinion-assembly-and-simulation-in-spaceclaim/

4) Worm Gear Assembly and Simulation in SpaceClaim
http://blog.ar-cad.com/2012/07/10/worm-gear-assembly-and-simulation-in-spaceclaim/

5) Bevel Gears Assembly and Simulation in SpaceClaim
http://blog.ar-cad.com/2012/07/10/bevel-gears-assembly-and-simulation-in-spaceclaim/

6) Assembly of Vertical Engine in SpaceClaim and its Simulation
http://blog.ar-cad.com/2012/07/11/assembly-of-vertical-engine-in-spaceclaim-and-its-simulation/

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SC-Motion is a motion and dynamic simulation addin for SpaceClaim. SC-Motion 2012 (version) is available for 99 USD. For more details, please visit http://www.ar-cad.com/sc-motion/index.html
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AR-CAD Team
info@ar-cad.com