MOISTURE RESISTANCE OF NEW GLASS/EPOXY-ALUMINIUM LAMINATES

Paper number 166

MOISTURE RESISTANCE OF NEW GLASS/EPOXY-ALUMINIUM LAMINATES

O.V. Startsev¹, A.S. Krotov¹, L.T. Startseva¹, L.I. Anihovskaya², O.G. Senatorova²,V.V. Sidelnikov², L.A. Dementieva²

1 Altai State University, 66 Dimitrov St., 656099, Barnaul, RUSSIA
2 All-Russian Institute of Aviation Materials, 17 Radio St., 107005, Moscow, RUSSIA

Summary In 80 years the All-Russian institute of aviation materials has developed hybrid composite materials (ALOR) on a base of organic fiber reinforced plastics (OFRP) and aluminum alloys for application in structural primary elements of flying devices (skins, stoppers, etc.).

Keywords sorption, anisotropy, edge effects, moisture resistance, DMA, GFRP, OFRP, SIAL, ALOR, dynamic rigidity, glass transition temperature.

Theme : Durability and Ageing

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Summary	In 80 years the All-Russian institute of aviation materials has developed hybrid composite materials (ALOR) on a base of organic fiber reinforced plastics (OFRP) and aluminum alloys for application in structural primary elements of flying devices (skins, stoppers, etc.).
Keywords	sorption, anisotropy, edge effects, moisture resistance, DMA, GFRP, OFRP, SIAL, ALOR, dynamic rigidity, glass transition temperature.