Abstract
In general, of construction projects, utility anti-seismic technologies, such as hydraulic tie rod or tie rod structural vibration control system, assess efficiency and safety in node structures from earthquakes risk. According the building construction framework, we exanimate, with experiments, the mechanism of reaction and a patent idea of anti-seismic system with potential conclusions, through using different methods, such as of horizontal seismic insulation, design with elongated rigid columns and design columns without ductility. We provide that we made strong foundation in earthquakes, solar-wind and utility power structural systems and tornados effects in lightweight constructions. We suggest that may fix to existing or under design construction like bridges.
Highlights
The decade’s earthquakes around the world have put first priority of the major social and economic issue of the seismic behavior and the overall seismic protection of structures against earthquake disaster
The earthquake acceleration is converted into stored energy in node structure
Said pre-stressing is applied by means of the mechanism of the hydraulic tie rod for construction projects
Summary
The decade’s earthquakes around the world have put first priority of the major social and economic issue of the seismic behavior and the overall seismic protection of structures against earthquake disaster. The earthquake acceleration is converted into stored energy in node structure. The shift holds each section in any part within the elastic region, all energy stored in the structural framework will be released at the end of the cycle in the opposite direction, the inelastic zones. When the seismic energy is too large, it will produce excessive movements that will cause a very high level curvature in the vertical and horizontal elements. This means that the rotation of the sections of the column and beams will be out of normal. With problems of the construction safety, in phenomena such as earthquake, tornadoes and very strong crosswinds
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