Mid-colloquium Robin van Steen

Topology Optimization and 3D Printing of Structural Elements with Locally Controlled Compositions

Topology optimization of structural elements with locally controlled compositions offers the opportunity to precisely design a structural element. If it is possible to 3D print these elements as designed, material use can be reduced while the value or productivity can be increased. However, previous research has shown that the results from the topology optimization and the printed element are not the same. 

In my research, I propose procedures for both topology optimization with locally controlled compositions and integration of printer constraints with topology optimization. 

One of the printer's constraints is the print path. This research will compare different moments to consider the path in the topology optimization process. Besides, different strategies are considered for local composition control. 

During my mid-colloquium, I will show what I have achieved and what I plan to do for the rest of the project.