likefish
Cadet
- Joined
- Jan 25, 2009
- Messages
- 23
How do stringers really work?
My question is asked because I am trying to figure out where the strength comes from in the hull of a boat. If white wood is/was used in the production of boat stringers is it not safe to assume that hunderds and thousands of boats are in use today with rotted out wood stringers? If so why not more problems?
I am assuming it is because the glass is the strength and the wood is simply the form over which the fiberglass is shaped. Fiberglass beams, fiberglassed to the hull, foamed in between seems to be very structurally significant from bow to stern (which is where I am assuming the stringers provide structure).
Am I way off in my logic?
also a question is if stringers fail what is the result? I am really looking at this from a physics angle. Looking at the forces it seems that hollow stringers with a floor glassed in over them is extreamly structuraly sound.
Thank you for the insight!
My question is asked because I am trying to figure out where the strength comes from in the hull of a boat. If white wood is/was used in the production of boat stringers is it not safe to assume that hunderds and thousands of boats are in use today with rotted out wood stringers? If so why not more problems?
I am assuming it is because the glass is the strength and the wood is simply the form over which the fiberglass is shaped. Fiberglass beams, fiberglassed to the hull, foamed in between seems to be very structurally significant from bow to stern (which is where I am assuming the stringers provide structure).
Am I way off in my logic?
also a question is if stringers fail what is the result? I am really looking at this from a physics angle. Looking at the forces it seems that hollow stringers with a floor glassed in over them is extreamly structuraly sound.
Thank you for the insight!