Thermal Energy and Process Engineering

Course Structure

1. [\'Document the project work by a paper, a poster and a presentation at an internal conference (CES) together with an appendix report, all in English.\', \'Document the project by a project report written in English.\', \'Numerical investigation of 2-dimensional flow\', \'Aerodynamic design of AAU Eco-Marathon Racer\', \'Cooling of electrical components\', \'Transient studies of a boundary layer\', \'Simulation of a domestic refrigerator\', \'Characterisation and design of fuel cell system for a Shell Eco-Marathon vehicle\', \'Modelling of a fuel cell system for domestic combined heat and power plant (CHP)\', \'Theoretical and experimental investigation of thermoelectric power generation devices and their applications\', \'Optimisation of a bio-fuel production process plant\', "Modelling Nordjyllandsv\xc3\xa6rket - the world\'s most efficient power plant", \'Design of ejector for fuel cell anode and cathode gases recirculation\', \'Modelling of solid oxide fuel cell\', \'Neural network and Fuzzy logic\', \'System identification and diagnosis\', \'Simulation of wind profiles in complex terrain using computational fluid dynamics and laser-based experimental techniques\', \'Design optimisation of a vortex pump\', \'Design and analysis of a micro-heat management system for power electronics cooling\', \'Innovative methods for designing efficient concentrated solar power (CSP) systems for steam, electricity or desalination\', \'Aerodynamic optimisation of vertical axis wind turbine rotors for urban sites\', \'Microchannel heat transfer analysis using CFD and laser techniques\', \'CFD analysis of plasma-aided combustion device for fuel flexibility\']