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I am using Adams Machinery to model helical gears with 3D contact method, I am getting noise in the results when I compute forces at gear joints (revolute). Is there any way to avoid these noise in the result without application of filters.

skaka
I am using Adams Machinery to model helical gears with 3D contact method,
I am getting noise in the results when I compute forces at gear joints (revolute).
Is there any way to avoid these noise in the result without application of filters.
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    The simplified gear contact method needs a reference part outside the gears (i.e. carrier part). It is not suited to model a floating gear.
    If you have spur gears (not helical) then you can use the Detailed gear force. This is a very accurate and fast gear force, but it is Spur Gear only. Please note that with this gear force you will need to constrain the gears in the same plane. I have not tried to use this with a floating gear, so I don't know if it will work.
    If that doesn't work, you are stuck with the 3D contact force.
     
    Please note:
    When you enter a question in an existing thread, then only people who previously answered within that thread will get an e-mail notification. And since people don't frequently browse old threads online, the number of people seeing your question and answering it will be limited.
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  • 0
    The simplified gear contact method needs a reference part outside the gears (i.e. carrier part). It is not suited to model a floating gear.
    If you have spur gears (not helical) then you can use the Detailed gear force. This is a very accurate and fast gear force, but it is Spur Gear only. Please note that with this gear force you will need to constrain the gears in the same plane. I have not tried to use this with a floating gear, so I don't know if it will work.
    If that doesn't work, you are stuck with the 3D contact force.
     
    Please note:
    When you enter a question in an existing thread, then only people who previously answered within that thread will get an e-mail notification. And since people don't frequently browse old threads online, the number of people seeing your question and answering it will be limited.
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