rus
Issue #1/2023
P. A. Petrov, I. A. Burlakov, P. A. Polshkov, M. A. Chibizov, B. Yu. Saprykin
Increase of PLA Polylactide Forming Tools Strength by Hardening Method
Increase of PLA Polylactide Forming Tools Strength by Hardening Method
DOI: 10.22184/2499-9407.2023.30.1.58.65
The results of study of thermoplastic polymer (PLA) complex properties are presented. On the base of these results, the mode of 3D-printing of forming tool used for spatial bending of steel pipes of small diameter is determined. The optimum hardening mode providing the best set of mechanical properties of the tool has been determined.
The results of study of thermoplastic polymer (PLA) complex properties are presented. On the base of these results, the mode of 3D-printing of forming tool used for spatial bending of steel pipes of small diameter is determined. The optimum hardening mode providing the best set of mechanical properties of the tool has been determined.
Теги: 3d-printing 3d-печать additive technologies fff extrusion technology hardening polylactide pla thermograms tool tool resistance tube bending аддитивные технологии гибка труб закалка инструмент полилактид pla стойкость инструмента термограммы экструзионная технология fff
Increase of PLA Polylactide Forming Tools Strength by Hardening Method
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