A review of Drop-on-Demand additive manufacturing methods was held. A method of complex forms aluminum parts production through the application of magnetohydrodynamic pump and 5 axis manufacturing process was proposed. 5 axis 3D printer assembly was shown. A few operation modes were proposed for such 3D printer and a method for fill lines paths calculating, needed for G-code automatic generation, was established. The algorithm for calculating printhead moving trajectory in the cylindrical parts manufacture mode was shown
The recent trend on Additive Manufacturing technology is reviewed. Additive manufacturing (AM) techn...
This thesis work aims to identify how additive manufacturing of aluminium can be carried out with th...
AbstractAdditive manufacturing processes typically used for mechanical parts can be combined with en...
A review of Drop-on-Demand additive manufacturing methods was held. A method of complex forms alumin...
Within the scope of additive manufacturing of metal parts, a droplet generator for metal melts is pr...
In this work, the 3D printing of fluid power components was explored. There are many reasons why the...
The additive manufacturing (AM) process or three-dimensional printing (3DP) process is making stereo...
In recent years, additive manufacturing (AM) has become one of the most revolutionary and promising ...
Additive Manufacturing (AM) technology came about as a results of developments in a variety of diffe...
3D printing [or Additive Manufacturing (AM)] allows the construction of three-dimensional objects on...
The article presents the results of a study of effective methods for the development of full-scale m...
We present a novel method for liquid metal drop-on-demand (DOD) additive manufacturing of three-dim...
The use of conventional manufacturing methods is mainly limited by the size of the production run an...
Conventional magnet manufacturing is a significant bottleneck in the development processes of produc...
Thesis deals with the use of additive manufacturing technologies for the production of sample compon...
The recent trend on Additive Manufacturing technology is reviewed. Additive manufacturing (AM) techn...
This thesis work aims to identify how additive manufacturing of aluminium can be carried out with th...
AbstractAdditive manufacturing processes typically used for mechanical parts can be combined with en...
A review of Drop-on-Demand additive manufacturing methods was held. A method of complex forms alumin...
Within the scope of additive manufacturing of metal parts, a droplet generator for metal melts is pr...
In this work, the 3D printing of fluid power components was explored. There are many reasons why the...
The additive manufacturing (AM) process or three-dimensional printing (3DP) process is making stereo...
In recent years, additive manufacturing (AM) has become one of the most revolutionary and promising ...
Additive Manufacturing (AM) technology came about as a results of developments in a variety of diffe...
3D printing [or Additive Manufacturing (AM)] allows the construction of three-dimensional objects on...
The article presents the results of a study of effective methods for the development of full-scale m...
We present a novel method for liquid metal drop-on-demand (DOD) additive manufacturing of three-dim...
The use of conventional manufacturing methods is mainly limited by the size of the production run an...
Conventional magnet manufacturing is a significant bottleneck in the development processes of produc...
Thesis deals with the use of additive manufacturing technologies for the production of sample compon...
The recent trend on Additive Manufacturing technology is reviewed. Additive manufacturing (AM) techn...
This thesis work aims to identify how additive manufacturing of aluminium can be carried out with th...
AbstractAdditive manufacturing processes typically used for mechanical parts can be combined with en...