Raddy13
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I'm redesigning a small, U-shaped spring clip, similar in shape to this:
To make it fit, I had to increase the radii in the corners from the original design, so I need to validate that it will still have sufficient spring rate/clamp force for our application. I'm trying to figure out how I can do this analytically. It seems like a simple problem, but I can't find anything in my machine design book about U-shaped clips. At the very least, if I know the spring behavior of the original clip, can I predict how increasing the radii will affect it?
To make it fit, I had to increase the radii in the corners from the original design, so I need to validate that it will still have sufficient spring rate/clamp force for our application. I'm trying to figure out how I can do this analytically. It seems like a simple problem, but I can't find anything in my machine design book about U-shaped clips. At the very least, if I know the spring behavior of the original clip, can I predict how increasing the radii will affect it?