THIRD EXPERIMENT WITHOUT THE SYSTEM SEISMOSTOP
https://www.youtube.com/watch?v=Ux8TzWYvuQ0
After the third experiment (Control structure model and base)
https://www.youtube.com/watch?v=dTBr0CtjRoM
If the system I have is strong or not, by anchoring structures will be discussed later with another different experiment .
Consider if the foundation of the project with the ground and the roof is better seismic design of the existing earthquake regulations .
Imagine that fat in this experiment
https://www.youtube.com/watch?v=Q6og4VWFcGA there is only the construction and soil.
The construction in our model starts from the raft and above, and the ground of the iron based seismic and down.
I think that in the depths of a drilling anchors if the anchor is impossible for construction to pick up all this ground.
Since I consider the seismic base as ground very powerful clamping , in our experiment, think that soil is the seismic base, bearings , the W of the iron beam, the beams O.S which rests the foundation, and whatever else may be.
The model ground ( seismic base) join the tendons .
During the oscillation of the model tendons reacted to rising roof and raised the iron seismic base. The iron seismic base in turn raised his bearings which rests , bearings found resistance at the anode were in F the iron beam , and this is well anchored to the beam from the O.S lifted upwards.
All this is a result of chain torque model.
Removing the screws from the bottom of the base changed the whole scene .
https://www.youtube.com/watch?v=Ux8TzWYvuQ0
The model not having the screws to hold it began to wobble dangerously . The bearings were no longer in the upward tendency of the beam Π, because the model of oscillated only on the basis of seismic iron . Instead of upward trends bearings took percussive strokes of the oscillation of raft on the seismic base. Bearings are dyed and not withstand the impact. For this and broke .
The model does not fight happened almost anything, because it was very powerful nodes ( horizontal and vertical ) and because it was not possible to test the accelerations tested the previous experiment with the bolts , because we would have complete reversal .
The conclusion I make myself is that if the model was more multi storey would have even more sway than that of two floors .... The first conclusion is that this earthquake is very much necessary for the fine buildings to stop the oscillation from the air, and the earthquake .
If this model O.S experiment was made of bricks ( bricks ) without columns, imagine for yourself what would happen if there were no screws and rods . Conclusion necessary that the earthquake in the continuous construction.
This is my opinion .... I would be happy to know and yours .
Basically what makes this invention is that it makes far more powerful rigid large vertical elements , giving them greater resistance to both cutting as well as the lateral loads .
There are many designs for installation , which depend on the architectural design needs .