DEVELOPMENT AND RESEARCH OF ROLL BONDING TECHNOLOGY FOR ALUMINUM REINFORCED COMPOSITES WITH ABSORBED BENDING ENERGY AND FIRE RESISTANCE
Keywords:aluminum-steel reinforced composite, expanded steel mesh inlay, flat rolling, roll bonding, deformation parameters
The development and improvement of methods for the production of composite materials and coatings with high performance is an urgent task of modern materials science. Particular interest is the direction of composite materials production and coatings based on aluminum reinforced with a solid phase with improved properties of the composite, reduced specific gravity, increased impact energy that can be absorbed and fire resistance. The importance of creating such composite coatings is dictated by the increasing requirements for the operating conditions of aircraft, for example, measures to protect against bird strikes or as protective barriers, finishing elements, and also as a blank for further production of structural elements. Serious tasks are in terms of full or partial replacement of valuable metals and alloys with cheap and affordable composites with higher performance. However, these problems have not yet been fully resolved to date.
QForm – Software for simulation and optimization of metal forming processes and metal profile extrusion, Micas Simulations Limited, http://www.qform3d.com/