3D Metal Printing of the Computationally Components when the DMLS Technology is Used
Provider: Ministerstvo průmyslu a obchodu
Programme: TRIO (2016-2021)
Implementation period: 01.01.18 - 31.12.20
Workplace:
Dopravní fakulta Jana Pernera - Výukové a výzkumné centrum v dopravě
Investigator: Schmidová EvaTeam member: Culek Bohumil
Description:
Main aim is research and development of the porous structures (PS) which is implemented into the industrial parts which is stressed by static and dynamic load. So, the project is divided into 3 phases. 1th phase is focused on research and experimental works which is necessary support for second two phases which are focused on the applied industrial solutions. On the base of these work the applied outputs will be realized like functional samples, utility model and verified technology. Next are summarized general project activities: - Research and development of the porous structures focused on design construction, 3D sintering and strength include testing - Optimization of the PS 3D printing - Optimization of the PS import into the final body focused on the variable size of PS, connection of the different PS and orientation - Positive influence of surface integrity by 3D printing and postprocessing processes, - Increasing of the surface quality - optimization of surface treatment with respect of the total surface integrity - FEM analysis of PS and the completed parts (strength, flow forming, and others) - Innovation or development of the industrial parts when the new knowledge?s are used
Main aim is research and development of the porous structures (PS) which is implemented into the industrial parts which is stressed by static and dynamic load. So, the project is divided into 3 phases. 1th phase is focused on research and experimental works which is necessary support for second two phases which are focused on the applied industrial solutions. On the base of these work the applied outputs will be realized like functional samples, utility model and verified technology. Next are summarized general project activities: - Research and development of the porous structures focused on design construction, 3D sintering and strength include testing - Optimization of the PS 3D printing - Optimization of the PS import into the final body focused on the variable size of PS, connection of the different PS and orientation - Positive influence of surface integrity by 3D printing and postprocessing processes, - Increasing of the surface quality - optimization of surface treatment with respect of the total surface integrity - FEM analysis of PS and the completed parts (strength, flow forming, and others) - Innovation or development of the industrial parts when the new knowledge?s are used
