Courses

The Department of Applied Mechanics offers courses in the disciplines listed below.

Common courses
Aeronautical Engineering
Mechanics of Materials
Marine Technology
Fluid Mechanics

Common courses

Introduction to Vehicle Engineering; Kul-24.3000, 5 cr, I-II (link to Noppa)

Aeronautical Engineering

Airplane Performance; Kul-34.3160, 4 cr, III-IV (link to Noppa)
Airplane Aerodynamics; Kul-34.3250, 4 cr, I-II (link to Noppa)
Aircraft Structures; Kul-34.3300, 4 cr, I-II (link to Noppa)
Aircraft Systems; Kul-34.3400, 4 cr, III-IV (link to Noppa)
Aircraft Project; Kul-34.3500, 4 cr, III-IV (link to Noppa)
Composite Structures; Kul-34.3600, 5 cr, I-II (link to Noppa)
Aeronautics, extensive applications; Kul-34.4050, 5 cr (link to Noppa)
Airplane Stability and Control; Kul-34.4150, 4 cr, I-II (link to Noppa)
Airplane Compressible Aerodynamics; Kul-34.4240, 4 cr, I-II (link to Noppa)
Airplane Aerodynamic Design; Kul-34.4250, 5 cr, III-IV (link to Noppa)
Postgraduate Seminar on Aerodynamics; Kul-34.4270, 2-5 cr (link to Noppa)
Structural Design of Aircraft P; Kul-34.4300, 4 cr, III-IV (link to Noppa)
Aeroelasticity; Kul-34.4400, 3 cr, III-IV (link to Noppa)
Spacecraft Structures; Kul-34.4500, 3 cr, III-IV (link to Noppa)
Lightweight Structures P; Kul-34.4700, 5 cr, I-II (link to Noppa)

Mechanics of Materials

Dynamics I; Kul-49.1100, 4 cr, III-IV (link to Noppa)
Mechanics of Materials I; Kul-49.2150, 5 cr, III-IV (link to Noppa)
Dynamics II; Kul-49.3100, 4 cr, I (link to Noppa)
Mechanics of Materials II; Kul-49.3200, 5 cr, I-II (link Noppa)
Finite Element Method I; Kul-4.3300, 5 cr, III-IV (link to Noppa)
Dynamics of Structures; lectures and exercises P; Kul-49.3400, 5 cr, I-II (link to Noppa)
Dynamics of Structures; applications; Kul-49.3450, 3 cr, III-IV (link to Noppa)
Finite Element Method II P; Kul-49.4100, 5 cr, I-II (lectured on even years) (link to Noppa)
Finite Element Method; applications P; Kul-49.4150, 3 cr (link to Noppa)
Models for beam, plate and shell structures P; Kul-49.4250, 5 cr, III-IV (lectured on odd years) (link to Noppa)
Fracture Mechanics and Fatigue P; Kul-49.4300, 5 cr, III-IV (lectured on even years) (link to Noppa)
Fatigue of structures P; Kul-49.4350, 5 cr, I-II (lectured on odd years) (link to Noppa)
Ice Mechanics P; Kul-49.4400, 5 cr, III-IV (link to Noppa)
Continuum Mechanics and Material Modelling P; Kul-49.4501, 5 cr, I-II (lectured on even years) (link to Noppa)
Individual Assignments in Mechanics of Materials P; Kul-49.4800, 3-6 cr, I-II, III-IV (link to Noppa)
Postgraduate Course in Mechanics of Materials P; Kul-49.5100, 4-8 cr, (Information later) (link to Noppa)

Marine technology

Ship Conceptual Design; Kul-24.3100, 5 cr, I-II (link to Noppa)
Introduction of Marine Hydrodynamics; Kul-24.3200, 5 cr, III-IV (link to Noppa)
Ship Buoyancy and Stability; Kul-24.3300, 5 cr, I-II (link to Noppa)
Ship Machinery Systems; Kul-24.3400, 5 cr, I-II (link to Noppa)
Winter Navigation; Kul-24.3500, 5 cr, (Individual assignment, III-IV) (link to Noppa)
Potential Flow Theory for Lifting Surfaces; Kul-24.3710, 3 cr, III (link to Noppa)
Ship Project A; Kul-24.4110, 5 cr, I-II (link to Noppa)
Ship Structural Design P; Kul-24.4120, 5 cr, III-IV (link to Noppa)
Shipyard Engineering; Kul-24.4130, 5 cr, III-IV (link to Noppa)
Introduction to Risk Analysis of Structures P*; Kul-24.4200, 3 cr, I-II (link to Noppa)
Ship Dynamics P; Kul-24.4140, 5 cr, I-II (link to Noppa)
Ice Conditions and Ship Navigation in Ice P; Kul-24.4210, 5 cr, III-IV (link to Noppa)
Merchant Shipping; Kul-24.4220, 3 cr, I-II (link to Noppa)
Safety and Risks of Marine Traffic P; Kul-24.4230, 5 cr, (Individual assignment, III-IV) (link to Noppa)
Laboratory Assignment in Ice Model Techniques; Kul-24.4240, 2 cr, III-IV (link to Noppa)
Arctic Offshore Structures P; Kul-24.4310, 5 cr, I-II (link to Noppa)
Small Craft Design; Kul-24.4320, 5 cr, III-IV (lectured on even years) (link to Noppa)
Small Craft Fluid Mechanics; Kul-24.4330, 3 cr, III-IV (lectured on odd years) (link to Noppa)
CAD in Ship Conceptual Design; Kul-24.4341, 3 cr, I-II (link to Noppa)
CAD in Ship Structural Design; Kul-24.4342, 4 cr, III (link to Noppa)
Potential Flow Theory for Lifting Surfaces, extended course P; Kul-24.4370, 5 cr, III-IV (link to Noppa)
Passenger Ship Architecture; Kul-24.4350, 5 cr, III-IV (link to Noppa)
Ship Model Testing, exercises; Kul-24.4360, 2 cr, I-II (link to Noppa)
Ship Machine Systems II P; Kul-24.4410, 5 cr, III-IV (link to Noppa)
Reliability and Maintenance P; Kul-24.4420, 4 cr, I-II (link to Noppa)
Optimization of Structures P; Kul-24.4511, 6 cr, IV (link to Noppa)
Large Complex Structures P; Kul-24.4710, 5 cr, III-IV (link to Noppa)
Computational Marine Hydrodynamics P; Kul-24.4520, 5 cr, I-II (link to Noppa)
Postgraduate Seminar on Marine Technology P; Kul-24.5000, 5-8 cr, III-IV (on demand) (link to Noppa)

* substitutes course Kul-24.3600 Introduction to Risk Management

Fluid Mechanics

Introduction to Fluid Mechanics; Kul-34.3100, 5 cr, III-IV (link to Noppa)
Gas Dynamics; Kul-34.3700, 2 cr, I (link to Noppa)
Individual Assignment in Fluid Mechanics, short; Kul-34.4451, 5 cr, 1-IV (link to Noppa)
Individual Assignment in Fluid Mechanics, large P; Kul-34.4452, 10 cr, I-IV (link to Noppa)
Postgraduate Seminar in Fluid Mechanics P; Kul-34.4551, 2-5 cr, III-IV (link to Noppa)
Fundamentals of Computational Fluid Mechanics and Heat Transfer P; Ene-39.4037, 7 cr, I-II, (link to Noppa)
Advances in Computational Fluid Mechanics and Heat Transfer P; Ene-39.4030, 7 cr, III-IV, (link to Noppa)
Postgraduate Seminar on Computational Fluid Mechanics P; Kul-34.4552, 2-5 cr, III-IV (link to Noppa)
Physics of Turbulence P; Kul-34.4600, 4 cr, III-IV (link to Noppa)
Experimental Fluid Dynamics; Kul-34.4800, 3 cr, I (link to Noppa)
Viscous Flow P; Ene-39.4031, 5 cr, I-II (link to Noppa)
Use of Computational Fluid Dynamics P; Ene-39.4054, 6 cr, III-IV (link to Noppa)

CAD in Ship Structural Design; Kul-24.4342, 4 cr, III (link to Noppa)

Department of Applied Mechanics