SOFTWARE FOR GRAPHIC POSTPROCESSING IN SEISM NUMERICAL SIMULATION OF THE BUILDINGS EQUIPPED WITH ANTISEISMIC DEVICES

Mihai Negru; Adriana Ionescu

Authors

Mihai Negru Ph.D. Eng. University of Craiova https://orcid.org/0000-0001-8039-8415
Adriana Ionescu Ph.D. Eng. University of Craiova https://orcid.org/0000-0003-2056-7760

Keywords:

seism simulaion, graphical post-processing, graphical comparison, animation, level displacement

Abstract

This paper presents a graphic software made by the authors in Delphi programming in order to optimize the antiseismic device system of a building. The input data consists in the relative displacements for each story during the seism simulated with a certain accelerogram. The program can graphically process up to three data blocks obtained with GenEcAm software for the same building equipped with three different antiseismic systems. The advantage of this software is the graphical comparison of the story relative displacements during seism using different antiseismic system, in order to choose the best dissipative system for the building.

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Author Biographies

Mihai Negru Ph.D. Eng., University of Craiova

Associate Professor Faculty of Mechanics

Adriana Ionescu Ph.D. Eng., University of Craiova

Assistant Professor Faculty of Mechanics

References

Duta, A., Sass, L., Marinescu, G. C., Jeli, Z. (2017). Modelling and simulation matters upon the static analysis of a building, Journal of Industrial Design and Engineering Graphics, Special Issue no. 12, ISSN 2344-4681, pp 101-104.

Adriana Ionescu, C. Burada, Madalina Calbureanu, M. Negru (2014). Computational model of buildings equipped with different devices for seismic damping, WSEAS International Conference Brasov, Romania.

Adriana Ionescu, C. Burada, M. Negru (2016). Adapted Bouc-Wen Analytical Model for Romanian SERB-C Seismic Dampers Used in Buildings Protection System, Applied Mechanics and Materials, Trans Tech Publications Inc., Swiss, ISSN 1662-7482. vol. 823/2016, pp. 91-94.

A. Ionescu (2014). Numerical model for earthquake analysis of buildings equipped with different devices for seismic damping, CE-PhD 2014, 10-12 December, Cluj-Napoca, Romania.

M. Negru, Adriana Ionescu, C. Burada (2016). The Comparison Between Viscous Fluid Dampers and Romanian Friction Dampers Performance in Base Isolation System of Buildings, Applied Mechanics and Materials, Trans Tech Publications Inc., ISSN 1662-7482, Swiss, vol. 822/2016, pp. 156-159.

A. Ionescu (2014). Using Bouc-Wen method for hysteresis curves simulation of BRB dampers and SERB new romanian dampers. Experimental and F.E.M. studies for SERB dampers, CE-PhD 2014, 10-12 December, Cluj-Napoca, Romania.

A. Ionescu (2014). Computational studies for comparison between Taylor dampers and SERB dampers used in damping systems for a ten stories building, Romanian Journal of Acoustic and Vibrations, nr. 2, ISSN: 1584-7284.