Computational and experimental support of 3D printing technology of highly stressed plastic components with increased temperature and fatigue resistance
Provider: Technologická agentura České republiky
Programme: TREND - 6. VS
Implementation period: 01.01.23 - 30.06.25
Workplace:
Dopravní fakulta Jana Pernera - Katedra dopravních prostředků a diagnost
Investigator: Culek BohumilTeam member: Culek Bohumil | Schmidová Eva
Description:
Project goal is to to achieve significant innovation in the field of computational and experimental support of 3D printing of exposed plastic components that are exposed to cyclic loading or are in operation at low or high temperatures. All cooperating subjects, use 3D printing a additive production. The common goal is therefore a significant shift in this area in terms of production methods and the use of materials for piece production of parts of highly innovative products or the provision of contract research services. Based on the knowledge gained during the solution of the presented project, it will be possible to predict the usability of 3D plastic printing technology for many products.
Project goal is to to achieve significant innovation in the field of computational and experimental support of 3D printing of exposed plastic components that are exposed to cyclic loading or are in operation at low or high temperatures. All cooperating subjects, use 3D printing a additive production. The common goal is therefore a significant shift in this area in terms of production methods and the use of materials for piece production of parts of highly innovative products or the provision of contract research services. Based on the knowledge gained during the solution of the presented project, it will be possible to predict the usability of 3D plastic printing technology for many products.
