Creo Parametric - Mechanism Dynamics Option (MDO) | Mass - Spring - Damper System

This Creo Parametric tutorial shows how to use Mechanism Dynamics to simulate the classic frictionless mass with a spring and damper reacting to an applied force.
For more information, visit www.creowindchill.com.
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Thanks,
Dave

[@Liferockzz100]

Much required video thank you👍🏻

[@aneesurrehman4135]

very helpful ♥️

[@surendranagdali6788]

Thank u

[@CADPLMGuy]

Thanks for watching!

[@JulesPbtProd]

Do you know if it's possible to find a torque using the FPD principle ? Torque = Inertia * angular acceleration ? I would like to apply an acceleration on a part and find the torque on an axis, using the mass properties of the part ...

[@CADPLMGuy]

I don’t know what FPD stands for, but you should be able to create a measure for torque and find the value using the Mechanism Dynamics Option in Creo.

[@miruiwang8818]

unfortunately i stuck at create spring, i can open create spring interface, but cannot select two datum points, instead i can only select one.

[@CADPLMGuy]

Are you holding down the CTRL key to select both

[@UA-mk4nh]

Sir,I have one question. Before applying the spring mass goes to right side to the limit you applied in connection. Uptill now it makes senses. But when you applied spring why it starts oscillating while the apllied force is always acting towards right throughout the analysis. My Question is that should block not oscillate when applied force becomes zero (disconnected)?

[@CADPLMGuy]

I don't think I removed the force. But also, I deliberately chose spring- and dampener- constants that would result in oscillating motion.

[@UA-mk4nh]

@@CADPLMGuy
Just imagine a mass is hanging with spring vertically. And you pull it down. And mass will not start oscillating until you leave the mass. If you keep on pulling the mass it will not oscillate.

[@CADPLMGuy]

@@UA-mk4nh This isn't vertical.