3D printing technology is gaining interest from the society since the last decade. This phenomenon is thanks to the introduction of an open-source, public affordable and self-replicable into the market. However, the strength of parts produced with such equipment are still an unknown variable to be determined. The aim of this study is to determine the influences of printing parameters over the mechan-ical strength of 3D printed parts. For its achievement, specimens with different printing setting are subjected to mechanical strength testing. With the results of this experiment, a mathematical model for strength prediction is developed
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
International audienceThe recent development of the RepRap, an open-source self-replicating rapid pr...
3D printing technology is gaining interest from the society since the last decade. This phenomenon i...
3D printing functional parts with known mechanical properties is challenging using variable open sou...
3D printing functional parts with known mechanical properties is challenging using variable open sou...
International audience3D printing functional parts with known mechanical properties is challenging u...
The subject of this work is a summary of the contemporary knowledge about 3D printing and mechanical...
3D printing is being widely used by public and also in industry. The main advantage of 3D printing i...
The article is devoted to the experimental study and comparison of the mechanical properties of samp...
Nowadays the field of application of products made from polymer materials is constantly increasing. ...
Nowadays the field of application of products made from polymer materials is constantly increasing. ...
The mechanical properties of 19 materials used in 3D printing were experimentally tested. Mechanical...
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
This study focuses on the mechanical properties of polymer samples printed using Fused Deposition Mo...
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
International audienceThe recent development of the RepRap, an open-source self-replicating rapid pr...
3D printing technology is gaining interest from the society since the last decade. This phenomenon i...
3D printing functional parts with known mechanical properties is challenging using variable open sou...
3D printing functional parts with known mechanical properties is challenging using variable open sou...
International audience3D printing functional parts with known mechanical properties is challenging u...
The subject of this work is a summary of the contemporary knowledge about 3D printing and mechanical...
3D printing is being widely used by public and also in industry. The main advantage of 3D printing i...
The article is devoted to the experimental study and comparison of the mechanical properties of samp...
Nowadays the field of application of products made from polymer materials is constantly increasing. ...
Nowadays the field of application of products made from polymer materials is constantly increasing. ...
The mechanical properties of 19 materials used in 3D printing were experimentally tested. Mechanical...
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
This study focuses on the mechanical properties of polymer samples printed using Fused Deposition Mo...
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
Purpose - This study aims to quantify the ultimate tensile strength and the nominal strain at break ...
International audienceThe recent development of the RepRap, an open-source self-replicating rapid pr...