Advanced civil engineering is recently remarkably focused to the application of various isolation devices, located generally at the building base, for solution of problems related to vibro-isolation and construction of earthquake-resistant buildings. However, during the recent development years, the system design in practice is primarily focused on single building cases. The present invention represents a specific global vibro-compensating structural system, application of which provides industrialized construction of effective vibro-isolated and improved seismo-resistant buildings. The invention introduces a new building system created of a single building module, composed of three global structural segments, the first segment (2) representing a vertical ductile building core structure, the second segment (3) representing a lower base-isolated peripheral structure, and the third segment (4) representing a suspended (on the building core structure (2)) upper peripheral structure, and by equipping them with properly incorporated isolation and energy absorption devices (15, 17, 18, 25) at various locations, an improved and optimized building system for construction of vibro-isolated and seismo-resistant buildings is created. The aim of the invention is firstly to introduce a more effective and more safe building system for dynamic loads, secondly to enable industrialized faster and more economical building construction with application of the modular concept of a single unit, and thirdly to achieve flexible in-plane geometry arrangement of the integral building structures, satisfying specific architectural requirements.
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