Add to ORKGFrequency Response Function based substructuring (FBS) predicts the dynamic behavior of a coupled system on the basis of the free interface FRFs of the uncoupled components. This method is the frequency-domain analog of time-domain component mode synthesis (CMS). Further information is given in Reference 1
Theoretically, the frequency based substructuring (FBS) method can be used to predict the dynamic be...
A general formulation for frequency domain structural synthesis is presented. The formulation is bas...
As the vibro-acoustic requirements of modern products become more stringent, the need for robust ide...
The accuracy of the predicted dynamic behaviour of an assembled structure using the frequency based ...
This dissertation presents several new methods for the dynamic analysis of coupled substructures usi...
This study considers FRF (frequency response function) based substructuring and decoupling of substr...
This paper investigates methods for coupling analytical dynamic models of subcomponents with experim...
Copyright © 2014 Jun Wang et al.This is an open access article distributed under theCreativeCommonsA...
Frequency Response Function (FRF) characterizes the response of dynamic system in frequency domain. ...
Combining analytical with experimental data to predict the dynamic behaviour of an assembled structu...
The frequency response function based substructuring method (FRF-BSM) for modelling and investigatin...
Flexible structural components can be attached to the rest of the structure using different types of...
The utility of modal models in substructuring applications is well known. A recursive scheme for ide...
The Wave-Based Substructuring (WBS), as an alternative to the conventional Component Mode Synthesis ...
In the field of structural dynamics is common to predict the behaviour of a structure regarding stru...
Theoretically, the frequency based substructuring (FBS) method can be used to predict the dynamic be...
A general formulation for frequency domain structural synthesis is presented. The formulation is bas...
As the vibro-acoustic requirements of modern products become more stringent, the need for robust ide...
The accuracy of the predicted dynamic behaviour of an assembled structure using the frequency based ...
This dissertation presents several new methods for the dynamic analysis of coupled substructures usi...
This study considers FRF (frequency response function) based substructuring and decoupling of substr...
This paper investigates methods for coupling analytical dynamic models of subcomponents with experim...
Copyright © 2014 Jun Wang et al.This is an open access article distributed under theCreativeCommonsA...
Frequency Response Function (FRF) characterizes the response of dynamic system in frequency domain. ...
Combining analytical with experimental data to predict the dynamic behaviour of an assembled structu...
The frequency response function based substructuring method (FRF-BSM) for modelling and investigatin...
Flexible structural components can be attached to the rest of the structure using different types of...
The utility of modal models in substructuring applications is well known. A recursive scheme for ide...
The Wave-Based Substructuring (WBS), as an alternative to the conventional Component Mode Synthesis ...
In the field of structural dynamics is common to predict the behaviour of a structure regarding stru...
Theoretically, the frequency based substructuring (FBS) method can be used to predict the dynamic be...
A general formulation for frequency domain structural synthesis is presented. The formulation is bas...
As the vibro-acoustic requirements of modern products become more stringent, the need for robust ide...