Data 1) The earthquake shifts the ground. The ground shifts the structure The structure reacts with inertia This means that the base shifts along with the ground in one direction and the slabs and beams react due to inertia in the opposite direction. These two opposite displacements cause the pillar and the walls to rotate because their base moves in one direction while their torso moves in the opposite direction. This rotation of the walls and columns creates torques in the cross-sections around the nodes which, although they react with forces of opposite torque, but if they are not large enough forces, the cross-sections break. Because the forces of inertia increase with the height of the structure, with the acceleration of the ground and with the mass of the structure, then, as tall as the building is, ... the higher the ground acceleration, is, ... as many kilos of mass are, ... the greater the force of inertia is, as the rotational force of the wall increases. If we screw the ends of the wall with the ground we will stop this rotation and together with it we will stop the beams from breaking ..... These are the data 2) Due to the fact that the columns bend more than the walls, but both are more or less bent, this is another cause of deformation which is transferred through the nodes to the beams and breaks them. The bend creates two forces in the trunk of the wall. a) the force of compression on one side and b) the tensile force on the other side. If we stop one of the two forces we have stopped the decline. If we apply compressive forces on the tensile side which have the opposite direction, we have neutralized the tensile and with it the bending. ..... These are the data 3) We also need a strong ground to bear the weight of the construction. If we put stakes under the construction, the ground is compacted and its strength increases and it receives the weight of the construction. If these piles have the ability to swell in the ground it increases the compaction of the soil, then its ability to accept loads. These are the data All this data is applied by my patent. A) Joins the construction to the ground B) Applies compression to the cross sections C) It is an expanding stake in the ground. In a bus without handles, when it starts or stops abruptly, people react because of inertia just as the walls that make up the structures react. These are the data When it is seen that there is data, that is, things that we know because they are repeated daily for centuries, and do not apply them in practice, then something wrong happens We live in irrational times. These are the data
https://www.youtube.com/watch?v=zhkUlxC6IK4&t=9s
Very interesting discussion but it is away from my field ; Would be following to learn more from expert
Dear A.A. Fondjo
It is not a question. It's a short suggestion of mine for discussion, concerning a new seismic design method.
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