It is well known that the laser beam of an SLS machine can be controlled almost exactly. The inaccuracy of the mechanical movements of the machines is also much lower than the actual errors of the SLS parts. How can we explain this discrepancy? One answer is the temperature inhomogeneity in the build field and in the part bed. In this article the effect of temperature dependent volume relaxation of pre-sintered polymer parts on the inaccuracy of the SLS process will be discussed. The investigation shows that it depends on the temperature, pressure and time. Measurements of the temperature distribution in an SLS part bed were carried out. By determining coordinate-dependent scaling factors, an empirical method to compensate this nonlinear sh...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
As the additive manufacturing (AM) industry continues to boom, the material palette continues to gro...
Additive Manufacturing (AM) has recently attracted huge attentions as a technology for the next gene...
It is well known that the laser beam of an SLS machine can be controlled almost exactly. The inaccur...
Inaccuracies in the selective laser sintering (SLS) process using polymer materials are typically ca...
Inaccuracies in the selective laser sintering (SLS) process using polymer materials are typically c...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
AbstractCommercial laser sintering (LS) machines have been used for years in a variety of rapid prot...
Selective Laser Sintering makes up a significant portion of the polymer additive manufacturing marke...
The authors are developing a novel laser sintering process that prevents parts from warping by anch...
The authors are developing a novel laser sintering process that prevents parts from warping by anch...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
As the additive manufacturing (AM) industry continues to boom, the material palette continues to gro...
Additive Manufacturing (AM) has recently attracted huge attentions as a technology for the next gene...
It is well known that the laser beam of an SLS machine can be controlled almost exactly. The inaccur...
Inaccuracies in the selective laser sintering (SLS) process using polymer materials are typically ca...
Inaccuracies in the selective laser sintering (SLS) process using polymer materials are typically c...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
Laser sintering technologies are well established in the rapid prototyping and rapid manufacturing i...
AbstractCommercial laser sintering (LS) machines have been used for years in a variety of rapid prot...
Selective Laser Sintering makes up a significant portion of the polymer additive manufacturing marke...
The authors are developing a novel laser sintering process that prevents parts from warping by anch...
The authors are developing a novel laser sintering process that prevents parts from warping by anch...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
As the additive manufacturing (AM) industry continues to boom, the material palette continues to gro...
Additive Manufacturing (AM) has recently attracted huge attentions as a technology for the next gene...