Current projects:
InnoTop
The goal of the project is to develop and expand algorithms and methodologies facilitating interactive, high-resolution topology optimization including shape morphing, stability, material nonlinearities, dynamics, a.o. multiphysics aspects, as well as manufacturing constraints. InnoTop is a 6 years project running from 2017 to 2023, and it is funded with 31 mill DKkr by Villum Investigators. Professor Ole Sigmund is project leader. Read more about the project.
TopTen - "The next generation of fluid/thermal TopOpt software"
NATEC II - "NAnophotonics for TErabit Communications" - Villum Foundation
Past projects:
NextTop Project - "Holes for the people" - Villum Foundation (Danish only)
The EURI Project - "Synthesis and Topology Optimization of Optomechanical Systems" - European Young Investigator Award (EURYI)
HyperCool - "Design, optimziation and manufacturing of passive coolers for LEDs"
F-MAT Project - "Functional Material Design" - Ministry of Research, Science and Innovation
Topology Optimization for Reinforced Concrete Structures - Bridging Aesthetical Architecture and Efficient Engineering
Plato-n - Topology optimization for the European aeropace industry
ESOF / House of Future Technologies, Copenhagen 2014
TopAnt - Topology Optimization of Electromagnetic Metamaterials for Miniaturization of Wireless Communication Antennas
FlowHead – Development of optimal design techniques for the automotive industry
Large Scale Topology Optimization - Large scale topology optimisation of multi-physics problems
CASE - Catalysis for Sustainable Energy
The Phonon project