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EXTRUSION WITH KINEMATIC-FORCED INTENSIFICATION OF CONTACT AND VOLUME DEFORMATION OF ALUMINIUM ALLOY GRANULES

机译:用运动力增强铝合金颗粒的接触和体积变形挤出

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摘要

Expedience of intensification of powder and granules deformation is substantiated for the conditions of controlled kinematic-forced effect of friction from the container to the material in the direction of the main technological force. The methods of intensive extrusion with positive-active friction in the container are proposed and developed. These methods are realizing after action of shift stresses (directed to the matrix) on the material. Studies were made using granules of different alloys.
机译:对于在主要技术力方向上从容器到物料的摩擦的受控运动力作用条件,证实了粉末和颗粒变形增强的便利性。提出并开发了在容器中进行正向摩擦力的密集挤压方法。这些方法是在材料上施加转移应力(定向到基体)后实现的。使用不同合金的颗粒进行了研究。

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