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ChrisFoley |
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I am Tangerine Racing ![]() ![]() ![]() ![]() ![]() Group: Members Posts: 7,980 Joined: 29-January 03 From: Bolton, CT Member No.: 209 Region Association: None ![]() ![]() |
Specifically I am looking for rotational stiffness (ie. twist) of the trailing arm due to the tire contact patch resisting sideways sliding of the car. I'm only interested in forces greater than 1G during cornering.
I already know what happens but go ahead and take a guess. (IMG:style_emoticons/default/biggrin.gif) I'll post pictures of my test fixture shortly. |
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groot |
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Dis member ![]() ![]() ![]() Group: Members Posts: 897 Joined: 17-December 03 From: Michigan Member No.: 1,444 ![]() |
All very good stuff!! Eric's question is very important. If you guys could apply to load at the tire contact patch you'd greatly enhance your investigation. Chris's current fixture measures the largest component and it's a great start. Chris, if you could modify your fixture to apply the load at the contact patch so you get that additional force (bending) and then you could measure the trailing arm and then measure it again on the vehicle. Then you could determine what percentage of the compliance is associated with the trailing arm and how much compliance is associated with the chassis. That would be sweet. I ran a crude version of this and decided to start over with a new trailing arm (and for some other reasons, too). Keep it up, it is great when science is applied to making things work better!!! |
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