Search for PhD courses in NORDTEK Cooperation |
|
Enter your e-mail to receive updates on furture PhD courses |
249 search results
| Course title | City | Start date | Workload |
|---|---|---|---|
|
Advanced Topics in Process Systems Engineering
|
Kgs. Lyngby | - | 7.5 |
|
Technical University of Denmark
General course objectives:This course is aimed at introducing special topics from the current state of the art in process systems engineering. The objective is to give the participants a quick and thorough introduction to relevant advanced topics in proce |
|||
|
Advances in Continuum Modeling
|
Karlstad | - | 7.5 ECTS |
|
Karlstad University
The PhD course contains: Non-dimensionalization and scaling. Extensive quantities and the link to the concept of measure. Local and global balance equations in terms of measure. Radon-Nikodym's theorem. Cauchy fluxes. Cauchy's and Piola-Kirchoff&# |
|||
|
Aerodynamic Modeling
|
- | 5cr | |
|
Tampere University
⊛ Introduction to mathematical & aerodynamic modeling⊛ (Semi)-empirical methods⊛ Incompressible aerodynamic flow modeling via singularity methods - Panel methods⊛ 2D compressible flow aerodynamic modeling⊛ Basic of viscous flows⊛ Introduction to the bo |
|||
|
Aerodynamics and Flight Mechanics
|
- | 5cr | |
|
Tampere University
Aircraft Aerodynamics⊛ Aerodynamics of airfoils and wings⊛ Brief introduction to high-lift aerodynamics⊛ Short discussions on the aerodynamics of the fuselage, wing-fuselage system and propellers.Aircraft Performance⊛ The international standard atmosphere |
|||
|
Aerosol Emissions and Air Quality
|
- | 5cr | |
|
Tampere University
Main content:-Sources of anthropogenic aerosol emissions: The student can identify the main sources and the types of aerosols that are emitted to atmosphere; the student knows the main processes forming the emitted aerosol particles and she/he understands |
|||
|
Aerosol Generation, Nanoparticles and Nanomaterials
|
- | 5cr | |
|
Tampere University
Aerosol reactor design. We will cover the main principles of operation of reactors, chambers and flow systems which are most frequently used when using aerosol processes.· Batch reactors· Tubular reactors· Tank reactors· Open processesAerosol generation m |
|||
|
Aerosol Measurement Techniques
|
- | 5cr | |
|
Tampere University
· Data analysis in general· Basics of aerosols and aerosol generation· Pressure, gas and flow measurement· Sampling and sampling losses· Aerodynamic classification and impactors· Electrical techniques: Charging and chargers· Electrical techniques: Instrum |
|||
|
Aerosol Modelling
|
- | 5cr | |
|
Tampere University
Core content· The general dynamic equation (GDE)· The continuity equation· Numerical methods (solving ordinary differential equations; equilibrium finding;)· Discretization schemes of the GDE and the continuity equation ( grid effects; dealing wit |
|||
|
Aerosol Physics
|
- | 5cr | |
|
Tampere University
Core content· Single-particle mechanics in fluid; The student understands and is able to quantify the physical laws governing aerosol particle linear and accelerating motion in a fluid under different flow conditions.· Particle size distributions: The stu |
|||
|
Aircraft Loads and Structures
|
- | 5cr | |
|
Tampere University
Fundamentals of structural analysis (Review of theories of structural mechanics)⊛ Basic Elasticity⊛ Torsion of Solid Sections⊛ Virtual Work and Energy Methods⊛ Matrix Methods and a Brief Introduction to Finite Elements Methods⊛ Thin plates & Columns ( |
|||