A new approach to topology optimization is presented that is based on the minimization of the input/output transfer function H∞norm. Additionally, by properly selecting input and output vector, the approach is recognized to minimize an entirely new definition of frequency-based dynamic compliance. The method is applied to viscoelastic systems in plane strain conditions that are investigated by using the Arnold-Winther finite-element resorting to a generalized solid phenomenological model. Preliminary indications on how to address the actual manufacturability of the optimal specimen are eventually outlined.

Designing manufacturable viscoelastic devices using a topology optimization approach within a truly-mixed fem framework / Venini, Paolo; Pingaro, Marco; Cinquini, Carlo. - 2:(2016), pp. 3724-3738. ((Intervento presentato al convegno ECCOMAS tenutosi a Crete [10.7712/100016.2068.8473].

Designing manufacturable viscoelastic devices using a topology optimization approach within a truly-mixed fem framework

PINGARO, MARCO;
2016

Abstract

A new approach to topology optimization is presented that is based on the minimization of the input/output transfer function H∞norm. Additionally, by properly selecting input and output vector, the approach is recognized to minimize an entirely new definition of frequency-based dynamic compliance. The method is applied to viscoelastic systems in plane strain conditions that are investigated by using the Arnold-Winther finite-element resorting to a generalized solid phenomenological model. Preliminary indications on how to address the actual manufacturability of the optimal specimen are eventually outlined.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11573/1115400
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