TY  - Type of reference 
TI  - Dynamic analysis of dissipative structures undergoing parametric changes 
AU  - Omar Dadah 
AU  - Hammou Ait rimouch 
AU  - Ahmed Mousrij 
AB  - In nearly all mechanical constructions, vibrations can gradually damage structures. For that reason, it is imperative to develop a mathematical model that describes these vibrations for the purpose of minimizing their consequences during the design. If we consider the structure’s size and complexity, as well as the repetitive nature which characterizing these procedures, an exact reanalysis is a long and expensive option. That being the case, several methods have been developed to help predict a system’s dynamic behavior. In this work, we develop a method of Modal Reanalysis, which is precise, efficient, and useful for both conservative and dissipative structures. This technique can also decrease issues related to these structures, and consider the effects resulting from modal truncation. The originality lies in the structure of the obtained formula, where attention is focused on the contribution of the unknown modes. Such contribution can be either calculable for a finite element model, or identifiable from experiment model tests. 
DO  - 10.21494/ISTE.OP.2022.0783 
JF  - Uncertainties and Reliability of Multiphysical Systems 
KW  - Dissipative structure,  Finite elementmethod, Parametricmodification, Reanalysis,  Static residualmatrix,  Truncatedmodal basis,  vibration, Dissipative structure,  Finite elementmethod, Parametricmodification, Reanalysis,  Static residualmatrix,  Truncatedmodal basis,  vibration,  
L1  - http://openscience.fr/IMG/pdf/iste_incertfia21v5n2_1.pdf 
LA  - en 
PB  - ISTE OpenScience 
DA  - 2022/01/25 
SN  - 2514-569X 
TT  - Analyse dynamique des structures dissipatives subissant des modifications paramétriques 
UR  - http://openscience.fr/Dynamic-analysis-of-dissipative-structures-undergoing-parametric-changes 
IS  - Issue 2 
VL  - 5 
ER  -