The one-step powder cladding of stainless steel by stellite with CO2 laser radiation is investigated as a function of laser parameters (power density, beam geometry, mode of operation) and processing variables (scanning speed, powder feed, assisting gases) as a tool of production for rapid prototyping. The main emphasis is on the evaluation of the laser parameters and processing variables for the generation of arbitrary metallic geometries with respect to thickness, height, curvature an
One of the established limitations of metal additive manufacturing (AM) methods, such as selective l...
The paper summarizes the results of first series of laser cladding experiments. New system combining...
Laser deposition of metal layers has been recognized, in recent years, as a one-step process to fabr...
Generating with CO, laser radiation belongs to the latest Generation of rapid prototyping processes....
The known Rapid Prototyping techniques are generally limited to non-metallic materials. The manufact...
A new Rapid Machining technique suitable to create components for functionality tests of prototypes,...
M.Ing.The principle of the laser sintering process as applied to stainless steel powder for rapid pr...
This paper presents a set of process parameter selection rules to deposit a good metal purr. A CO2 l...
Subject of this investigation is a one-step Rapid Machining Process to create miniaturized 3D parts,...
The subject of this presentation is the qualification of a rapid manufacturing process in terms of t...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
grantor: University of TorontoOver the past decade, many novel layered-manufacturing techn...
This paper presents a set of process parameter selection rules to deposit a good metal part. A CO2 l...
In order to ensure that the prototype corresponds as closely as possible to the serial part subseque...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
One of the established limitations of metal additive manufacturing (AM) methods, such as selective l...
The paper summarizes the results of first series of laser cladding experiments. New system combining...
Laser deposition of metal layers has been recognized, in recent years, as a one-step process to fabr...
Generating with CO, laser radiation belongs to the latest Generation of rapid prototyping processes....
The known Rapid Prototyping techniques are generally limited to non-metallic materials. The manufact...
A new Rapid Machining technique suitable to create components for functionality tests of prototypes,...
M.Ing.The principle of the laser sintering process as applied to stainless steel powder for rapid pr...
This paper presents a set of process parameter selection rules to deposit a good metal purr. A CO2 l...
Subject of this investigation is a one-step Rapid Machining Process to create miniaturized 3D parts,...
The subject of this presentation is the qualification of a rapid manufacturing process in terms of t...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
grantor: University of TorontoOver the past decade, many novel layered-manufacturing techn...
This paper presents a set of process parameter selection rules to deposit a good metal part. A CO2 l...
In order to ensure that the prototype corresponds as closely as possible to the serial part subseque...
The present paper concentrates on the applications of CO2 laser treatments to enhance fretting wear ...
One of the established limitations of metal additive manufacturing (AM) methods, such as selective l...
The paper summarizes the results of first series of laser cladding experiments. New system combining...
Laser deposition of metal layers has been recognized, in recent years, as a one-step process to fabr...