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MCI Mads Clausen Institute
www.mci.sdu.dk
ERASMUS- Universitetsseminar
April 2010
Mads Clausen Institute,
University of Southern Denmark
Campus Sønderborg
Mathematical Modeling Group
Research and Teaching Activitees
MCI Mads Clausen Institute
www.mci.sdu.dk
Engineering
SDU
•Interaction Design
•Mekatronik
•Innovation & Business
•IT Product Design
•Bygningsteknik
•Elektroteknik
•Fysik og Teknologi
•Global Management & Manufacturing
•Informations- og
Kommunikationsteknologi
•Integreret Design
•Kemi
•Lærings- og Oplevelsesteknologi
•Maskinteknik
•Miljøteknologi
•Product Development and Innovation
•Robotteknologi
•Produktionsteknik
•Velfærdsteknologi
MCI Mads Clausen Institute
www.mci.sdu.dk
Engineering Education
SDU Sønderborg
Students: 250
Focus on Product innovation Engineering, Design, Business
Uddannelser: Mechatronics, Interaction
Design, Innovation & Business
Mechatronics Lighthouse
MCI Mads Clausen Institute
www.mci.sdu.dk
Mechatronics
 Research and Teaching:
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Embedded software
Mathematical Modeling
User Centred Design
Nanotechnology
CPD
Thermal Systems
MCI Mads Clausen Institute
www.mci.sdu.dk
Mathematical Modelling Research Group
Morten Willatzen, Professor, Ph.D.
Daniele Barettin, Post Doc, Ph.D.
Vladimir Bordo, Associate Professor, Ph.D.
Jerome Jouffroy, Associate Professor, Ph.D.
Benny Lassen, Associate Professor, Ph.D.
Søren Madsen, Assistant Professor, Ph.D.
Bjarne Schmidt (Teaching), M.Sc.
Christian Veje, Associate Professor, Ph.D.
Dorthe Wildt-Nielsen (Teaching), M.Sc.
MCI Mads Clausen Institute
www.mci.sdu.dk
Ph.D. Students
David Bæk (DTU-Elektro+MCI)
Lars Duggen (MCI)
Andreas Rune Fugl (MCI+Mærsk)
Anders Pors (MCI+SENSE)
Rahimullah Sarban (MCI+Danfoss Polypower)
Jørgen Sylvest (MCI+SENSE)
NN (SENSE+MCI) - absorptionskøleanlæg
MCI Mads Clausen Institute
www.mci.sdu.dk
Areas of research
• Applied and industrial mathematics
• Computational physics
• Mechanics
• Thermo-fluid dynamics
• Electronics.
MCI Mads Clausen Institute
www.mci.sdu.dk
• Nanotechnology, with emphasis on modelling
semiconductor and optoelectronics applications.
• Electromechanical, magnetostrictive, and
thermoelectric devices, including sensors, actuators
and transducers;
• Heat and mass transfer problems, modelling and
control of thermo-fluid systems;
• Dynamics of phase transitions and applications to
industry;
MCI Mads Clausen Institute
www.mci.sdu.dk
• Computational solid mechanics and fluid
dynamics;
• Applied rheology, including mathematical
modelling electro- and magneto-rheological
devices;
• Smart structures and composite materials;
• PDE-based models for transport phenomena with
applications to engineering problems;
• (Flow) acoustics and combustions systems;
MCI Mads Clausen Institute
www.mci.sdu.dk
Research Projects : Sensors
MCI Mads Clausen Institute
www.mci.sdu.dk
Research Projects : Sensors
MCI Mads Clausen Institute
www.mci.sdu.dk
Research Projects : Dielectric Elastomer Devices
MCI Mads Clausen Institute
www.mci.sdu.dk
Research Projects : Evaporator modeling
MCI Mads Clausen Institute
www.mci.sdu.dk
Evaporator modeling
Moving boundary
Distributed model
MCI Mads Clausen Institute
www.mci.sdu.dk
Evaporator modeling and simulation
• Analysis of simplifying assumptions
• Numerical stability and efficiency
• Cluster and GPU implementation
• Real-time simulation and control
MCI Mads Clausen Institute
www.mci.sdu.dk
Master in Mechatronics :
Dynamic Systems Profile
Currently offered thesis projects
• Implementation of two-phase fluid flow solver on a Nvidia GPU
• Two-phase flow and heat calculations using the finite element
method
• Frequency response of dry expansion evaporator
• Mathematical modeling of condenser / evaporator two-phase flow in
refrigeration technology
• Pressure control for optimal COP in transcritical CO2 heat pumps
• Solar cooling technology
• Transcritical CO2 Power Cycles
MCI Mads Clausen Institute
www.mci.sdu.dk
Thesis project : Evaporator modeling
MCI Mads Clausen Institute
www.mci.sdu.dk
Thesis project : Transcritical CO2 Power Cycle
MCI Mads Clausen Institute
www.mci.sdu.dk
M.Sc. In Mechatronics at MCI
Semester
10.
Themes
Profile Courses and Master Thesis
NanoTechnology
Embedded Control Systems
9.
Dynamic Mechatronic Systems
8.
Thermal Energy Technology
Advanced Mechatronics
And
7.
Scientific Methods
MCI Mads Clausen Institute
www.mci.sdu.dk
Thermal Energy Technology Profile
Master of Science in Engineering – Mechatronics
Profile in Thermal Systems
Semester
10.
MTH
Master Thesis
NCON
MTP
TMS
MTH / ELEC
MDB 2
Nonlinear Control
Mathematics of
Thermal Processes
Thermal Modeling
Seminar
Master Thesis / Electives
Mechatronics
Design and Build
9.
8.
7.
ECTS POINT
1
TPRO
MDS
SME
ESD
MDB 1
Thermal Project
Math. of Dynamical
Systems
Scientific Methods
Embedded Software
Design
Mechatronics
Design and Build
PDA
TFD
FEA
NUA
COS
Process Design
and Analysis
Thermal and Fluid
Dynamics
Finite Element
Analysis
Numerical Analysis
Control Systems
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