Some of those stress-test comparison videos would be helpful. As per comment below, would like to see how fiber looks under stress compared to rebar (any kind). Next would be a showing of how much more fiber-concrete you need to match the performance of rebar (and then just make up the safety difference with rope; as per comment below).
Since the biggest expense in everyone's life is housing, if I were a young man, I'd like to be able to build a 10-story concrete building where all the ingredients (building materials) can be delivered in a 'sack', i.e. no rebar. Basalt FIBER solves the problem of tensile strength, right? "They" say you have to have reBAR too. Why? Can't nylon ropes under the surface the beams and flooring provide 'seatbelt safety' in the event of crack-failure, i.e. enough time to exit the building without fatality? After a certain point, that's all the rebar is for, right? With fiber reinforcement, concrete, and rope-safety, a guy has everything he needs for a low-rise structure, right? Everything can be delivered "in the back of a van".
Some of those stress-test comparison videos would be helpful.
As per comment below, would like to see how fiber looks under stress compared to rebar (any kind). Next would be a showing of how much more fiber-concrete you need to match the performance of rebar (and then just make up the safety difference with rope; as per comment below).
would like a video with basalt vs steel fiber vs rebar
Since the biggest expense in everyone's life is housing, if I were a young man, I'd like to be able to build a 10-story concrete building where all the ingredients (building materials) can be delivered in a 'sack', i.e. no rebar.
Basalt FIBER solves the problem of tensile strength, right?
"They" say you have to have reBAR too. Why? Can't nylon ropes under the surface the beams and flooring provide 'seatbelt safety' in the event of crack-failure, i.e. enough time to exit the building without fatality? After a certain point, that's all the rebar is for, right?
With fiber reinforcement, concrete, and rope-safety, a guy has everything he needs for a low-rise structure, right? Everything can be delivered "in the back of a van".
You could use basalt rebar, which has the strength of regular rebar but is also more flexible.