This work presents a set of methods for simplifying finite element (FE) models without reducing their accuracy in terms of global static and dynamic behavior. The methods were developed to simplify the FE models of carbodies in white without affecting their static and low-frequency dynamics. The simplified models allow structural variations to be theorized and simulated, while accurately representing physical reality.
Methods for shrinking finite element models of carbodies in white / Carfagni M.; Landi L.; Pierini M.. - STAMPA. - PROCEEDINGS OF THE 15TH INTERNATIONAL MODAL ANALYSIS CONFERENCE - IMAC, VOLS I AND II:(1997), pp. 450-456. (Intervento presentato al convegno PROCEEDINGS OF THE SOCIETY OF PHOTO-OPTICAL INSTRUMENTATION ENGINEERS (SPIE) tenutosi a ORLANDO nel FEB 03-06, 1997).
Methods for shrinking finite element models of carbodies in white
CARFAGNI, MONICA;PIERINI, MARCO
1997
Abstract
This work presents a set of methods for simplifying finite element (FE) models without reducing their accuracy in terms of global static and dynamic behavior. The methods were developed to simplify the FE models of carbodies in white without affecting their static and low-frequency dynamics. The simplified models allow structural variations to be theorized and simulated, while accurately representing physical reality.
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