

| Subject: | Re: Wheel strength , cast vs forged, TUV |
| From: | Kim Brennan |
| Date: | Mon, 14 Sep 2009 23:16:14 -0400 |
Thanks for the links (though I will say, I was already familiar with these concepts, it is nice to see other voice echoing my statements). I've overloaded (other) vehicles before. I'm just as happy to squander a few 2 dollar bills on quality shoes for my forest hotel, to make sure it stays upright, as well as forthright. Metallurgy is a fascinating (and still evolving) field. On Sep 14, 2009, at 3:36 PM, Al Knoll wrote: > Lots of opinion here: > http://www.hrewheels.com/blog/tech-talk/cast-wheels-vs-forged-wheels/ > and here: > http://www.hrewheels.com/blog/tech-talk/rotational-inertias-effect-on-performance/ > > For those wheel nuts among us who dabble in strength of materials and > metallurgy and occasionally step into the mire of machine design, > the above > references give a peek into pandoras box. > > Many of us run our escape pods on the edge or beyond the edge of the > design > limits. Doing so with some knowledge of the possible outcomes > allows us to > get away with such flagant excursions most of the time. > > Vertical mass distribution and its effects on sideloading of your > tires and > wheels is a handy concept to ponder. Our road divas are no longer > tall and > willowy, they now sport artificial enhancements like roof racks, > kayaks, ski > boxes, extra gas, and excessive firewood, placed well above the > nipple line. >
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