BEST NEWS and even OSHA has put me in their reports. As a Construction Engineer, I will teach you what I know. This channel will have carpentry, remodeling and building construction and how to - I will explain techniques, engineering, faults, and pros and cons of different systems and designs. Also, please feel free to ask me any questions and if possible I will do a project video for your response. Wish you all success and remember their are many different ways to do almost any project. Safety is most important when doing construction. If, you want advice on a topic, then please give a donation to my channel first... as I state, You Get Nothing For Free. Except the data I give here; and the people that donate get extra respect with request; I put thousands of hours into this channel, please understand. www.paypal.com/donate/?cmd=_s-xclick&hosted_button_id=V9TGHDE92LQ8W&source=url
I find it hard to believe that the exterior wall is not tied every seventh course with a header. Maybe there was some other way to tie it but i am unaware. That front wall is failing and is going to fail. My guess this was an abandoned house that suffered water infiltration, some fly by night developer bought the property, fixed it up by less than standard methods. They then put it on the market and sold it. My comment regarding less than standard refers to what was done in the basement to the exterior wall. Terrible workmanship that hurts the home owner.
The cyanide might mix with iron oxide and turn a very deep blue. "Prussian Blue" or ferracyanide. Handling looks scary but once combined onto the surface it's harmless. It's like it turns the rust into paint. Don't take my word for it though. Check this out and see. Thanks. Good good post on rust.
Some structural steel contains 2% copper. this steel will rust on the outside surfaces forming an adherent exterior coating that protects the substrate from oxidizing further.
Thank you for your integrity about codes and the lack of candor on the part of Paid professional engineers Why buildings collapse champagne towers Miami, Why buildings collapse champagne towers Miami, New Orleans building collapse, Boise hanger collapse couldn't stand up to its own weight by flexing of steel members, The integrity of insurance companies and or mortgage companies looking at these dwellings or buildings, In the proper manner for the protection of the public public safety. Just another word from my atturning who cares moment.
Made it five minutes into his video. Watched all of yours. All of this complicated repair for the simple fact he oversized his holes (most likely the drill wobbled in a circle) and he tried to compensate with epoxy on a wedge anchor that was torques before the epoxy had fully cured. Removing the wedge bolts, redrill to 7/8's (assuming 3/4 bolts) and reinstalling threaded rod to full depth of concrete would been a better repair. Now the void under the slap is a cause for concern, but it's amazing how many slabs (especially garage slabs) have voids underneath them. Nice video.
Drill wobble can be bad and can be good... I have anchor pull test I do and I use epoxy for those test; I use wedge anchors and even anchors I design... I hope to publish more in the next few days. Anchor pull out test...
I am a certified building inspector and reinforcing steel contractor. There appears to be a cover up going on here. No one appears to understand that the reason the building collapsed is there was no positive connection between the columns and the slab at the pool deck. I have built many of these structures and we always have groups of post tensioning cables running over the tops of the columns in both north south and east west directions in the slab. This pool slab had no post tensioning. It is obvious the only positive connection between the columns and the pool slab is the occasional rebar that landed over the tops of the columns when spaced out accordingly per approved plans during pool slab construction. I have been building these since 1978 and have never seen a slab like this with no post tensioning and little to no structural connection from the columns to the slab. I am not an engineer but it is appears to me to be an engineering failure.
I am a certified building inspector and reinforcing steel contractor. There appears to be a cover up going on here. No one appears to understand that the reason the building collapsed is there was no positive connection between the columns and the slab at the pool deck. I have built many of these structures and we always have groups of post tensioning cables running over the tops of the columns in both north south and east west directions in the slab. This pool slab had no post tensioning. It is obvious the only positive connection between the columns and the pool slab is the occasional rebar that landed over the tops of the columns when spaced out accordingly per approved plans during pool slab construction. I have been building these since 1978 and have never seen a slab like this with no post tensioning and little to no structural connection from the columns to the slab. I am not an engineer but it is appears to me to be an engineering failure.
I hope it works for you, I do own two valve grinders and of course they do an expert job on the surface but you have to get that slight interference fit bevel that wears and as it does, it just keeps the bypass minimal. New valves and seats are always the better choice. I even have a spring load tester to confirm the springs are not the issue.
I also have a Rimac. I didnt know if the tester was calibrated so I bought a test spring, the Rimac is good to go. Nice to have real seat pressure instead of installed height measurements from the manufacture. I finally got the valve to seal using a new exhaust valve. Thanks again for the great video.
Some clown elsewhere suggested a bicycle pump. Waste of time. When I do get all of mine apart I will put a small block of wood in the bottom of each. Cheers knackers. 🇦🇺👍🍺🍺
Just a word of advice: Use the tension adjustment bolt that is visible between 52-55 seconds in the video instead. Here's a pic: i.imgur.com/APv9rVA.jpg The clearance you need to swap belts is obtained by loosening that bolt and simply sliding the engine forward an inch or so. After one replaces the belts just tighten it up. The bolt will push the engine to the rear as you tighten, taking up the belt slack. When you are dialed in on tension just lock the bolt's position down to the chassis with the forward nut that is there for that purpose. Good luck!
This video was long ago, I think I did adjust the slack. Interestingly, I sold that tamper but last summer purchased another one just like it! Perhaps it will need a belt in the future and maybe I do a video adjusting the tensioner
@@concreteconstruction yup; my engine blew (my fault) but they're $119 at harbor freight so no worries :) oh...didn't mention it but to use that tensioning bolt you have to loosen the four bolts securing the engine underneath too.
So....as an engineer, I stumbled into a concrete guy's page where he basically did this same BS. I am unsure if he made the decisions or just did the work, but I mentioned it was not right and dangerous. He questioned me, I clarified, and never heard from him because he probably feels offended, or in a best case, contacted a real engineer. Then I stumbled into the video you critiqued and THAT is 100% cringe and I notice he has no vids for 2yrs so I wonder if the guy survived! You are correct about the moment forces and overturn issues. People seem obsessed with the "concrete thickness" which is just such a disconnect. The other case, I think they literally cut out the 5" crete and poured pads to 6"!!!! i warned him that the only interaction is those pins in he put in. Concrete is VERY poor in tension. Never do that!
I have a tiny hole in the shower floor… Do I need to use the fiberglass fabric or just the resin and hardener? The hole is less than the size of a pea.
Thank You, also thank you for an apples to apples comparison. I imagine your hole prep was per instructions, my question is, did you coat the tapcon and thread it in a "tapcon size" hole, or clearance drill and just push it into the epoxy?
Did you move forward with the insulation? I am located in PA as well. My top floor (attic) is a bedroom is a plaster with knob & tube. 10 degrees difference in this bedroom vs the whole house. I would like to insulate in with probably rolled insulation. Can I bridge the knob and tube like you said with rigid and then put more insulation over top?
Also, as far as rigid board over K&T for open air, are you just putting board that area over K&T or entire bay electrical is located in? Any updates in information? Looking to go this route vs doing new wiring due to costs
I think you made a mistake with the cost. You said $2k per lb and a minimum box is 22 lbs. That would be $44k per box😂. I think you must meen $2k per 22lb box, or about $90 per lb. I think steel rebar costs about $1 per lb.
Great video. It always amazes me that people install these lifts with virtually no idea wtf they are doing. Lifts should not be sold to the general public.
Not all DIY guys as as dumb or cheap as the guy in the vid. I installed a Mohawk System 1A in my shop six years ago, following the manufacturers requirements for minimum concrete. In my case the manufacturer calls out for 4.5" min pad depth, 4000 psi, all bolts at least 6inches away from edge of the slab, expansion seams or cracks. And _Never_ use hand mixed ready-mix. If people accepted those are not recommendations, but requirements, they'd be safer. This guy cheaped out, and took shortcut after shortcut. I'd bet 100bucks his masonry bit was dull, or cheap and quickly became dull. A safe lift install is easily something a competent person can accomplish the first time out. And I'd be happy to help anyone (near me) with their own lift installation
Impatient Just as I thought it, you said it. First thing he did in the video was to cover a lawn mower and motorcycle with broken concrete dust and water. Then he took them outside to clean. I bet , as a child, he used to paint plastic car models before the glue was dry..