My dad loved new hobbies. He learned welding (arc and gas) too.
He went overboard in almost all his projects.
He designed and built an i-beam engine hoist to go around his 55 Chevy when he wanted to remove and rebuild the engine. He did all the engineering calculations to figure out how strong it needed to be, allowable deflection, etc., etc., bought the materials, cut and welded it together.
It looked like it could lift a house, so was probably over-engineered, it worked well, didn't break, didn't kill him, and he was happy with it.
He did a lot of practice on small projects for years before making the hoist.
Welding is a skill. It takes practice.
For anything that you want to work well, be square, and look good in the very near term, you're better off paying someone while you work on improving your skills.
As CRC says, there are ways to have bolts hold together. There are a nearly infinite variety of bolt strenghts, etc. In auto stuff, "SAE grade 8" used to be the standard for head bolts and the like. There are ISO (metric) equivalents. You can get even stronger ones.
https://www.mcmaster.com/products/grade-8-bolts/hex-head-screws-1~/high-strength-grade-8-steel-hex-head-screws/
You can get locking nuts as well. https://www.mcmaster.com/products/nuts/locknuts-2~/?s=grade+8+nuts
An alternative is pop-rivets. There are high-strength SS ones - https://www.mcmaster.com/products/rivets/rivets-2~/tensile-strength~2000~or-greater~lbf/
(McMaster is spendy, but stuff is almost always in stock and at least around here they deliver via UPS the next day for very reasonable prices. They can be a good place to start to see what exists and then look for cheaper versions if that is a constraint.)
Good luck! And be careful!
Best wishes,
Scott.
He went overboard in almost all his projects.
He designed and built an i-beam engine hoist to go around his 55 Chevy when he wanted to remove and rebuild the engine. He did all the engineering calculations to figure out how strong it needed to be, allowable deflection, etc., etc., bought the materials, cut and welded it together.
It looked like it could lift a house, so was probably over-engineered, it worked well, didn't break, didn't kill him, and he was happy with it.
He did a lot of practice on small projects for years before making the hoist.
Welding is a skill. It takes practice.
For anything that you want to work well, be square, and look good in the very near term, you're better off paying someone while you work on improving your skills.
As CRC says, there are ways to have bolts hold together. There are a nearly infinite variety of bolt strenghts, etc. In auto stuff, "SAE grade 8" used to be the standard for head bolts and the like. There are ISO (metric) equivalents. You can get even stronger ones.
https://www.mcmaster.com/products/grade-8-bolts/hex-head-screws-1~/high-strength-grade-8-steel-hex-head-screws/
You can get locking nuts as well. https://www.mcmaster.com/products/nuts/locknuts-2~/?s=grade+8+nuts
An alternative is pop-rivets. There are high-strength SS ones - https://www.mcmaster.com/products/rivets/rivets-2~/tensile-strength~2000~or-greater~lbf/
(McMaster is spendy, but stuff is almost always in stock and at least around here they deliver via UPS the next day for very reasonable prices. They can be a good place to start to see what exists and then look for cheaper versions if that is a constraint.)
Good luck! And be careful!
Best wishes,
Scott.