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Abstract
Interactivity is the continuous interaction between the user and the application to solve a task. Topology optimization is the optimization of structures in order to improve stiffness or other objectives. The goal of the thesis is to explore how topology optimization can be used in applications in an interactive and intuitive way. By creating such applications with an intuitive and simple user interface we allow nonengineers like designers and architects to easily experiment with boundary conditions, design domains and other optimization settings. This is in contrast to commercial topology optimization software where the users are assumed to be welleducated both in the finite element method and topology optimization.
This dissertation describes how various topology optimization methods have been used for creating crossplatform applications with high performance. The user interface design is based on theory of from humancomputer interaction which is described in Chapter 2. Followed by a description of the foundations of topology optimization in Chapter 3. Our applications for topology optimization in 2D and 3D are described in Chapter 4 and a game which trains the human intuition of topology optimization is presented in Chapter 5. Topology optimization can also be used as an interactive modeling tool with local control which is presented in Chapter 6. Finally, Chapter 7 contains a summary of the findings and concludes the dissertation.
Most of the presented applications of the thesis are available at: http://www. topopt.dtu.dk.
This dissertation describes how various topology optimization methods have been used for creating crossplatform applications with high performance. The user interface design is based on theory of from humancomputer interaction which is described in Chapter 2. Followed by a description of the foundations of topology optimization in Chapter 3. Our applications for topology optimization in 2D and 3D are described in Chapter 4 and a game which trains the human intuition of topology optimization is presented in Chapter 5. Topology optimization can also be used as an interactive modeling tool with local control which is presented in Chapter 6. Finally, Chapter 7 contains a summary of the findings and concludes the dissertation.
Most of the presented applications of the thesis are available at: http://www. topopt.dtu.dk.
Original language  English 

Place of Publication  Kgs. Lyngby 

Publisher  Technical University of Denmark 
Number of pages  124 
Publication status  Published  2016 
Series  DTU Compute PHD2015 

Number  375 
ISSN  09093192 
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Interactive Topology Optimization
NobelJørgensen, M., Bærentzen, J. A., Aage, N., Sigmund, O., Rose, M., Singh, K. S. & van Keulen, A.
Technical University of Denmark
01/04/2012 → 21/09/2015
Project: PhD