Multiphysics Simulation and Optimisation (MSO)
The MSO group is my research group started in August 2019 at the University of Southern Denmark.
This page briefly introduces current members and lists past members.
CURRENT MEMBERS
Research assistant
Mark Bjerre Müller Christensen
Topology optimisation of heat sinks using phase-change materials
Student assistant: Simulations and parametric studies of fluidic oscillators
Visiting Ph.D. student
Yupeng Sun
Topology optimisation of fluid flow and heat transfer problems:
Development of simplified models for heat exchangers.
Master thesis student
Topology optimisation for chip-integrated microchannel cooling
Master thesis student
Mathias Valentin Ingerslev
Topology optimisation for castability using solidification analysis
Master thesis student
Topology optimisation of thermomechanical problems for thermal shielding components
Master thesis student
Topology optimisation of thermomechanical problems for thermal shielding components
Master thesis student
Master thesis: Reduced-dimensional models for thermomechanical problems
Student assistant:
Multiphysics simulation and experiments for large welded plates
Student assistant
Morten Andersen
Sensor capturing and experimental setup for large welded plates
PAST MEMBERS
Student assistant
Daniel Kolbæk Thornild
Design, run in and testing of investment casting setup. Focus on complex geometries in aluminium using lost PLA investment casting.
Master thesis student
Anders Foldager Bay Jensen
Topology optimisation of upright for Formula Student car. Development of large scale code to handle many load cases and stress constraints. Application to design of upright in collaboration with SDU Vikings.
Master thesis student
Kevin Evardsen Grau
Topology optimisation of upright for Formula Student car. Development of large scale code to handle many load cases and stress constraints. Application to design of upright in collaboration with SDU Vikings.
Master thesis student
Jonathan Tulsgaard Krogh
Topology optimisation of thermomechanical applications
Master thesis student
Anders Dyreborg Schmidt
Simulation of turbulent flow for energy applications: Development of finite element method for turbulent flow.
Master thesis student
Magnus Højmose Appel
On the use of a finite difference method for transient fluid flow using Darcy force for geometry embedding
