| Abstract: | Deformation of aluminium composite wires with admixtures of silver-alkali-chlorides . The deformability, the formation of the fibre texture and the tensile strength properties of aluminium compound wires with 5 Vol% saline components of the phase diagramm NaCl-AgCl are investigated. The systematic change of the extended plasticity of the AgCl ionic crystal by alloying with NaCl to the pure NaCl component effects a a penetrating influence of the deformation mechanisms of the aluminium matrix. This fact is obvious by the meaningful change of the fibre texture (110) (111) to complete random orientation of the metallic matrix with increase NaCl portion of the saline solution phase. The excellent plasticity of the pure AgCl-compound produces a fibre structure and a maximum of tensile strength of the fibre like compound wires by fibre reinforcement. With increasing solid solution hardening of the second phase the fibre like shape of the components diminishes. The increment of the strength by pure NaCl compound is caused by dispersion hardening of the aluminium matrix. |
