UiO

UiO Geosciences Geothermal energy GEO4130 Engineering geology and geomechanics Spring 10

Engineering (hydro-mechanical) properties of soils, rocks and fractured rock masses. Methods to determine deformation characteristics, shear strength and permeability. The importance of ground water pressures and effective stresses. Development and application of computational procedures to practical situations such as land subsidence, landslides, building foundations and tunnels.

UiO Chemistry Solar energy Autumn 10

 

Emnet gir en innføring i defekter og transport i krystallinske materialer, sentralt for deg som skal ta en grad og forske eller arbeide innenfor faststoff-elektrokjemi. Det kan også være et nyttig supplement i andre områder av materialvitenskap, såsom uorganisk materialkjemi, strukturfysikk, og halvlederfysikk.

UiO Chemistry Solar energy Uorganisk materialsyntese Autumn 10

This is a PhD course for students who have either already followed the introductory modeling course GEO4320 - Hydrological modelling or have good experience in using hydrological models. The course is divided into two parts. Part I deals with advanced surface water modeling and part II deals with groundwater and transport process (contamination) modeling.

 

Applications and production methods for composite materials. Analysis of fibre composites, material properties for composites with continuous, unidirectional fibres and with short fibres. Constitutive relationships for orthotropic materials. Laminate theory. Analysis of orthotropic plates and sandwich beams and plates.

UiO Mathematics Wind energy MEK9440 Spring 10

UiO Mathematics Wind energy, ocean energy MEK9420 MEK4420 Spring 10

UiO Physics Energy UNIK9800 UNIK4800 Autumn 10

UiO Physics Solar energy UNIK9460 UNIK4460 Spring 10