So, if I'm correct you will slip them over each one and bind the rings together.
Are you going to use them at each end and one in the middle ?
If so, then what will it look like in the water will the 2 4" be first or will the single 4" with the 2 4" on top seems you would aquire more surface tension with 2 on the water ?
I think your calculations may be a bit off there.
A pipe with 4" internal diameter and length of 10 feet will have an internal volume of 1507 cubic inches.
1507 cu in is equivalent to 5.43 imperial gallons.
An imperial gallon of water weighs 10pounds.
So your pipe will displace about 54pounds (ignoring the weight/volume of the PVC).
Right! I was using weight of water in lb/ft^3 in place of gallons. I was going the math in my head at the hardware store using memory in place of density tables. I would have double checked all the constants before building.
So, if I'm correct you will slip them over each one and bind the rings together.
Are you going to use them at each end and one in the middle ?
If so, then what will it look like in the water will the 2 4" be first or will the single 4" with the 2 4" on top seems you would aquire more surface tension with 2 on the water ?
Well, my first thought was to disassemble an old, derelict pontoon boat. But part of my plan, which I have yet to mention, was to fabricate a mounting system that allows me to easily remove the pontoons when I just want to sail in monohull configuration, which would be most of the time. The PVC idea would have been light enough for me to lift.
Well, my first thought was to disassemble an old, derelict pontoon boat. But part of my plan, which I have yet to mention, was to fabricate a mounting system that allows me to easily remove the pontoons when I just want to sail in monohull configuration, which would be most of the time. The PVC idea would have been light enough for me to lift.
So, If weight and displacement are the desire then form a pontoon shape with some in-expensive material and liquid foam it and break the shell and poly urethane the outside ? or something ?
That sounds like an excellent approach, Brownout. Use existing pontoons, concentrate your efforts on the mounting system, make it removeable.
Do you have any 3D modelling software? You can download Sketchup for free. I find making models things on the computer beforehand is a huge help. You always wind up saving the time it took you to make the model and then some.
55 gallon plastic barrels. If you know where to look they are free! I got a 3 pickup loads last fall for hauling them away.
(Plus when I dumped that goo that was in them in the stream the beavers went a way too!)
Just Kidding!
(I shot the beavers.)
The barrels were from a local service center that handles that enviro what ever antifreeze and window washer fluid in bulk containers. These were the left over barrels.
Great ideas, guys! I'll look into the software. It would help on many other projects that I have. TMCTECH, we have a barge at the marina for making reparis to the docks that made from 55 gl. plastic drums, filled with expando poly.
So, If weight and displacement are the desire then form a pontoon shape with some in-expensive material and liquid foam it and break the shell and poly urethane the outside ? or something ?
Water World was a great movie, but it wasn't very realistic. If the boat went up on one outrigger ( don't remember that part ) then that was just a HollyWood trick.
Uuh, just a Hollywood trick? Explain why a HobieCat I was on lifted itself on to one rigger. It was both scary and sort of neat at the same time. I guess we didn't have enough balast (beer in a netbag below the waterline). It was only a 6-pack!