GizmoDuck said:*Any engineers out there able to comment? *
Agreed, Pete that's an awesome graphic. VERY nice work!!
From an engineering sense there would need to be hinges at the hub end
of the pistons. Assuming the rim was strong enough to hold together as
a semi-rigid hoop (heavy, but possible), then think of what happens when
you squish the wheel down. The bottom spoke compresses, which is fine,
but the upper two spokes aren't pointed in the right direction so they
can't. If the upper two shocks can't pivot at the hub then the pistons
will jamb sideways in the cylinders.
Ok, so let's imagine that the hub ends of the rockshocks are pivoted.
Now it has beautiful suspension action. Sure, the rim has to deform a
bit, but there's a lot of room for deformation so it could be done
without any catastrophic failures. What happens when you pedal?
If the hub ends of the rockshocks are hinged freely then the hub can
spin a bit within the wheel. If it's really free then the hub could
rotate 30-40 degrees in either direction without sending any torque to
the rim. This would be really bad. The unicycle would not be ridable.
So purely free action is out too.
There might be a way to compromise. Perhaps use hard rubber bumpers on
either side of the hub hinges so that the spokes don't rotate around the
hub very freely.
As Edison said, invention is 1% inspiration and 99% perspiration. Most
people don't ever get to the 1% bit. Pete, you're well past that part.
Keep at it and you'll get to a ridable machine. Once you do can I take
it for a ride?
--
cyberbellum - Level 1.0 rider!
Optimists think the glass is half full. Pesimists think the glass is
half empty. Engineers think the glass is too big.
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