Исследование структуры и свойств образцов системы Cu-Ti3AlC2, полученных с применением экструзионной аддитивной технологии

Abstract

This work examines the structure of samples of the Cu-Ti3AlC2 system obtained using extrusion-additive technology. FDM technology, a layer-by-layer deposition method, is becoming increasingly popular. In FDM, an object is built by depositing molten material according to a predetermined algorithm, layer by layer. But there is a problem: printing parameters such as extrusion ratio, extruder temperature, printing speed, etc. for each raw material vary greatly and depend on the metals, polymers and other components included in the raw material. The parameters are determined experimentally, therefore, for new raw materials it is necessary to establish all the necessary characteristics and production parameters products before feedstocks begin to be used in mass production. In this work, experiments were carried out to determine the physical properties of samples obtained using this technology. Also, X-ray phase analysis was carried out to determine the chemical properties