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Guffaw. Burn. And etc. Nice, Sig. I would add that it doesn't matter if it would work for anyone else - he did it for himself. If as an engineer he trusts his own work then what's not to like. Post some photos of the repair - if you did a good job that should shut down a few armchair quarterbacks. Some of you fellows should reread and take note: he did specify this repair as "simple" metal work, which I'd say was accurate. I hope that my son (and daughter) learn as much from me as you sound like you did from your pop. It feels good to have your kids come to you immediately when something breaks and say "you have to fix it daddy" because they have such faith in you.
sneaker - former machinist, toolmaker and welder.
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Thanks!!! My kids do that same thing. I swear they break things just to see me fix them...
The sad thing is that I posted previously in this thread that I was an engineer, apparently some just didn't understand.
Reality is, when you're talking about multi-million dollar aircraft systems and you find a structural defect, you don't just cut the system in half and pitch it in the trash. You get your engineer and have him find a solution that maintains structural integrity. Yes, I realize it's a $350 ladder and it could easily be replaced when it's corporate dollars footing the bill. That's a cost vs benefit equation that points to it always cheaper to replace the ladder WHEN IN THE CORPORATE WORLD. IE, Option 1: Do nothing and face liability for an injured worker, Option 2: Pay your engineer (or hire one) to do the calculations, show documented proof ON PAPER that the ladder is safe (this is going to cost $5k) and bear the liability for you (most professional engineers carry liability insurance for this reason). Or Opt 3: buy a new ladder. Easy decision in that case.
However, when you're the engineer working on your own ladder and there is no element of liability to it, there is no need for paper calculations that have been triple-checked and verified by a 2nd engineer. There is no need for an expensive liability insurance policy. You do the estimations in your head and if it's even remotely close to being too risky you pitch the ladder. If it's not even close, and you're willing to accept the risk for your own body, you use it. I've chosen to take that risk; I did the calculations, I did the repairs, I did the visual inspections, I did the worst case scenario load testing just like I would have done if it were a critical structural member in a high-end system. I bear the responsibility if I'm wrong, I have confidence in my work (both engineering work and metal work).