Device for Studying the Strength of Products Manufactured by Additive Technologies

https://doi.org/10.24412/2617-149X-2022-2-59-66

 

A. Kauchur, Y. Marushka, A. Shcerbatyi, T. Mihnov

Vitebsk State Technological University, Republic of Belarus

 

Download full text

 

Abstract

This article discusses the problems of conducting research on products obtained by additive synthesis methods. The process of designing and topological optimization of the design of a laboratory setup for tensile testing of samples obtained by additive synthesis (FDM technology) using the modern integrated cloud-based CAD/CAE/CAM tool Autodesk Fusion 360 is described. Technological equipment, materials for the production of a set of blanks for tensile testing, as well as materials for the manufacture of a laboratory stand are presented. The technological parameters of the manufactured blanks are analyzed and selected. A technique for conducting tensile test experiments using the created laboratory bench is presented. The results of testing samples are presented and analyzed. Based on the results of experimental studies, conclusions are drawn and recommendations for further research are proposed.

Keywords

tensile testing, additive technologies, laboratory bench, strength, additive synthesis materials

Citation

•  Device for Studying the Strength of Products Manufactured by Additive Technologies / A. Kauchur [et al.] // Materials and Technologies. - 2022. - № 2 (10). - P. 59 - 66. http://dx.doi.org/10.24412/2617-149X-2022-2-59-66

 

This article is in scientific citation databases

[Science Index (РИНЦ)], [Index Copernicus], [CyberLeninka], [ResearchBib]