VIOREL-PUIU PAUN, NICANOR CIMPOESU, RAMONA HANU CIMPOESU, GEORGE VALENTIN MUNCELEANU, NORINA FORNA, MARICEL AGOP On the Energy Dissipation Capacity and the Shape Memory. A Comparative Study between Polymer Composites and Alloys

Open Access Research Article

VIOREL-PUIU PAUN, NICANOR CIMPOESU, RAMONA HANU CIMPOESU, GEORGE VALENTIN MUNCELEANU, NORINA FORNA, MARICEL AGOP On the Energy Dissipation Capacity and the Shape Memory. A Comparative Study between Polymer Composites and Alloys

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Issue Vol. 47, No. 2

Abstract

Damping capacity is comparatively analyzed for a composite with polymer matrix (vinyl ester) and a shape memory alloy (copper-zinc-aluminium). A good damping capacity of shape memory alloy results in structural transformation domain in detriment of composite material. The theoretical model developed on the analyzed material behaviour describes qualitatively the temperature dependence of the dissipation capacity. Keywords: polymer, shape memory alloy, dissipation capacity, fractal

How to Cite this Article

(2010). VIOREL-PUIU PAUN, NICANOR CIMPOESU, RAMONA HANU CIMPOESU, GEORGE VALENTIN MUNCELEANU, NORINA FORNA, MARICEL AGOP On the Energy Dissipation Capacity and the Shape Memory. A Comparative Study between Polymer Composites and Alloys. Materiale Plastice, 47(2).

. VIOREL-PUIU PAUN, NICANOR CIMPOESU, RAMONA HANU CIMPOESU, GEORGE VALENTIN MUNCELEANU, NORINA FORNA, MARICEL AGOP On the Energy Dissipation Capacity and the Shape Memory. A Comparative Study between Polymer Composites and Alloys. Materiale Plastice. 2010;47(2).

, "VIOREL-PUIU PAUN, NICANOR CIMPOESU, RAMONA HANU CIMPOESU, GEORGE VALENTIN MUNCELEANU, NORINA FORNA, MARICEL AGOP On the Energy Dissipation Capacity and the Shape Memory. A Comparative Study between Polymer Composites and Alloys,” Materiale Plastice, vol. 47, no. 2, 2010.

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