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Re: Mass
Define a gravity load that is 2.5 times Earth gravity (24.52 m/s^2, 80.44 ft/s^2, or 956.22 in/s^2).
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Re: Mass
Shaun,
Thanks, noted. The actual criteria is 2.5 X Mass X 0.75g. Where 0.75g is the acceleration to the container in the vertical (-Y), downward direction.
Will the acceleration of 0.75g need to be applied under the "advanced tab"? Thanks in advance.
Regards,
LS
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Re: Mass
post the spec definition that you're trying to match
you need to decide here if this is a static case and just manage it by setting gravity appropriately or if it is a true dynamic analysis
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Re: Mass
As Jared said, just adjust the gravity. If you need to have a linear static analysis with a system at 2.5x mass and 0.75g, and your model is currently at 1x mass, then define a gravity load of 2.5*0.75g = 1.875g = 18.39 m/s^2.
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