According to § 5.2.1 of EC8 there is a design option for the available flexibility of thebuilding.Reinforced concrete ( RC ) buildings can be designed using two different design methods.α) To be designed having the necessary plasticity which means having the required -necessary capacity to consume seismic energy, but without losing strength to relativelytolerable loads during the rocking of the earthquake.b) To be designed with low ductility, i.e. low energy consumption capacity, but with veryhigh dynamic capacity.c) As a researcher, I have succeeded in designing a new method of seismic design whichincreases the plasticity and increases the dynamics by merging these two design methods sothat the structure has both plasticity and dynamics at the same time. But I am also doingsomething else even more serious for the first time in the world. Until now, the response ofreinforced concrete sections has been the only defense against earthquake forces. Thedesign I am introducing in seismic technology, besides increasing the plasticity and dynamicsof the structure, besides the fact that the structure can be designed having both plasticity
(7) (PDF) ΝΕΟΣ ΙΣΧΥΡΟΣ ΑΝΤΙΣΕΙΣΜΙΚΟΣ ΣΧΕΔΙΑΣΜΟΣ ΠΟΥ ΠΡΕΠΕΙ ΝΑ ΓΙΝΕΙ ΚΑΙ ΑΝΤΙΣΕΙΣΜΙΚΟΣ ΚΑΝΟΝΙΣΜΟΣ . Available from: https://www.researchgate.net/publication/371290291_NEOS_ISCHYROS_ANTISEISMIKOS_SCHEDIASMOS_POU_PREPEI_NA_GINEI_KAI_ANTISEISMIKOS_KANONISMOS [accessed Jun 05 2023].
Taxonomy
- Building Construction
- Building Permits
- Building Design
- Green Building
- Sustainable Building