Powder flowability is a determining factor in many industrial applications. Multiple techniques exist for assessing whether a powder flows adequately or not. However, most of these techniques occur at ambient conditions, rather than the actual processing temperature. Especially for laser sintering (LS), in which polymer powders are spread at a strongly elevated temperature, thermal effects cannot be ignored. This work expands an existing set-up, the powder spreader, which is designed for analysing LS powder flowability, to include temperature control. The focus in this paper lies on the additions made to the set-up. Tests on the standard PA12 2200 of EOS illustrate the use of this expanded technique, as well as the level of temperature con...
Besides their high potential for individual series-production, powder and beam based additive manufa...
This PhD research studies the polymer powders used in Laser Sintering (LS) and aims to add new usabl...
The properties of laser sintering (LS) powders affect processability and the quality of parts manuf...
Powder flowability is a determining factor in many industrial applications. Multiple techniques exis...
The effect of temperature on the flow properties of three different polymeric powders was assessed i...
In order to consider thermal conditions involved in laser sintering (LS), the effect of temperature ...
Powder flow quality depends strongly on the envisaged application. For instance, laser sintering (LS...
In order to properly take into account real process conditions relevant to Selective Laser Sintering...
The development cycle of a Selective Laser Sintering (SLS) material incorporates many aspects that m...
A need exists for techniques to assess flow properties of powders intended for laser sintering (LS)....
Selective Laser Sintering (SLS) is the most common type of Additive Manufacturing (AM) process using...
AbstractCommercial laser sintering (LS) machines have been used for years in a variety of rapid prot...
A sintered part’s mechanical properties are often variable dependent on the temperature at which it ...
Besides their high potential for individual series-production, powder and beam based additive manufa...
This PhD research studies the polymer powders used in Laser Sintering (LS) and aims to add new usabl...
The properties of laser sintering (LS) powders affect processability and the quality of parts manuf...
Powder flowability is a determining factor in many industrial applications. Multiple techniques exis...
The effect of temperature on the flow properties of three different polymeric powders was assessed i...
In order to consider thermal conditions involved in laser sintering (LS), the effect of temperature ...
Powder flow quality depends strongly on the envisaged application. For instance, laser sintering (LS...
In order to properly take into account real process conditions relevant to Selective Laser Sintering...
The development cycle of a Selective Laser Sintering (SLS) material incorporates many aspects that m...
A need exists for techniques to assess flow properties of powders intended for laser sintering (LS)....
Selective Laser Sintering (SLS) is the most common type of Additive Manufacturing (AM) process using...
AbstractCommercial laser sintering (LS) machines have been used for years in a variety of rapid prot...
A sintered part’s mechanical properties are often variable dependent on the temperature at which it ...
Besides their high potential for individual series-production, powder and beam based additive manufa...
This PhD research studies the polymer powders used in Laser Sintering (LS) and aims to add new usabl...
The properties of laser sintering (LS) powders affect processability and the quality of parts manuf...