The utility of modal models in substructuring applications is well known. A recursive scheme for identifying the contributions of subsystem modes to the coupled system is presented. The modal contributions are characterised by evaluating an index based on the difference in the frequency response functions (FRFs), at arbitrarily selected frequencies of interest, between the coupled system containing all available modes and a series of coupled systems with reduced modes. It is shown that the contribution of the subsystem modes can be quantified by eliminating one mode at a time, performing coupling, and evaluating the FRFs at the frequencies of interest
Frequency Response Function based substructuring (FBS) predicts the dynamic behavior of a coupled sy...
The study of a coupled system can be approached using substructuring techniques to reduce the comple...
This paper presents a newly developed method for obtaining the modal model with a proper model order...
This paper investigates methods for coupling analytical dynamic models of subcomponents with experim...
Solutions to physical problems described by Differential Equationson complex domains are in except f...
Many methods exist for identifying modal parameters from experimental transfer function measurements...
Due to ever-increasing complexity of structural dynamic systems in various fields of engineering, mo...
In this paper the decoupling problem, i.e. the identification of the modal properties of a substruct...
The work presents an automatic process for the selection of modes of substructures with the purpose ...
This dissertation presents several new methods for the dynamic analysis of coupled substructures usi...
Includes bibliographical references (page 50)The objective of this project is to examine the\ud effi...
In the framework of the operational modal analysis, several approaches have been developed for the e...
As the vibro-acoustic requirements of modern products become more stringent, the need for robust ide...
In this paper the decoupling problem, i.e. the identification of the modal properties of a substruc...
Real mechanical systems are usually complex. Their modelling with discretisation techniques involve ...
Frequency Response Function based substructuring (FBS) predicts the dynamic behavior of a coupled sy...
The study of a coupled system can be approached using substructuring techniques to reduce the comple...
This paper presents a newly developed method for obtaining the modal model with a proper model order...
This paper investigates methods for coupling analytical dynamic models of subcomponents with experim...
Solutions to physical problems described by Differential Equationson complex domains are in except f...
Many methods exist for identifying modal parameters from experimental transfer function measurements...
Due to ever-increasing complexity of structural dynamic systems in various fields of engineering, mo...
In this paper the decoupling problem, i.e. the identification of the modal properties of a substruct...
The work presents an automatic process for the selection of modes of substructures with the purpose ...
This dissertation presents several new methods for the dynamic analysis of coupled substructures usi...
Includes bibliographical references (page 50)The objective of this project is to examine the\ud effi...
In the framework of the operational modal analysis, several approaches have been developed for the e...
As the vibro-acoustic requirements of modern products become more stringent, the need for robust ide...
In this paper the decoupling problem, i.e. the identification of the modal properties of a substruc...
Real mechanical systems are usually complex. Their modelling with discretisation techniques involve ...
Frequency Response Function based substructuring (FBS) predicts the dynamic behavior of a coupled sy...
The study of a coupled system can be approached using substructuring techniques to reduce the comple...
This paper presents a newly developed method for obtaining the modal model with a proper model order...