11
May

Mathematics 2

11. 5. 2015, at 11.06, written by NTF
Matrices and vectors (operations with matrices, determinants, inverse of a matrix; linear systems of equations, Cramer’s method, Gauss’ method; vectors in plane and space, inner product, vector product and mixed product; lines and planes in three dimensional space). Linear transformations (representation by a matrix, eigenvalues, eigenvectors). Tensors (definition, examples, operations with tensors, applications). Curves and ... Read more
11
May
Students learn about the engineering geology for geotechnical constructions which include in-situ and laboratory tests, particularly for various geotechnical interventions: Engineering geology for pavement, landline, underground cable construction Engineering geology for tunnel and mining constructions and for large underground facilities Engineering geology for soil and concrete dams Engineering geology for foundation Engineering geology for estimation ... Read more
11
May

Geodesy

11. 5. 2015, at 11.04, written by NTF
The size and shape of the Earth, the Earth’s surface. Approximations of the Earth’s shape: sphere, rotational ellipsoid, geoid. Coordinate systems and coordinate compositions in geodesy, types of coordinates used to describe the position of a point in space. Types of heights in geodesy. Presentation of the Earth’s surface on plans and maps. Basic concepts ... Read more
11
May

Physical chemistry

11. 5. 2015, at 11.03, written by NTF
Basic concepts: System, system state and properties, state functions, equilibrium. Equations of state: Ideal gas, van der Waals, virial, gas mixtures. Law of thermodynamics: Heat, work, reversible and irreversible processes, internal energy, enthalpy, heat capacity, thermodynamics of ideal gas. Thermochemistry: Reaction heat, calorimetry, Hess law, Kirchhoff’s law. III law of thermodynamics: Entropy, entropy and equilibrium; ... Read more
11
May

Optional course (1, 2 or 3)

11. 5. 2015, at 10.59, written by NTF
11
May

Structural geology

11. 5. 2015, at 10.58, written by NTF
Fundamentals of kinematic analysis and deformation analysis. Deformational mechanisms and microstructures in rocks. States of stress, rock rheology, and mechanics of the litosphere. Brittle deformation: fractures, general characteristics of faults, normal faults, strike-slip faults, thrusts. Folds and folding. Rock fabrics: cleavage, foliations, lineations. Shear zones, mylonites, kinematic indicators. Contractional tectonic environments, orogens. Extensional tectonic environments. ... Read more
11
May

Stratigraphy

11. 5. 2015, at 10.55, written by NTF
Sedimentary evolution of the present-day Slovenian territory in the light of the Variscian orogenic cycle: • general overview of regional sedimentary evolution during Devonian, Carboniferous, Early and Middle Permian, • Devonian passive margin, • lower Carboniferous flischoid sedimentation, • and Upper Carboniferous to Permian molasse sedimentation. Sedimentary evolution of the present-day Slovenian territory in the ... Read more
11
May

Geomorphology

11. 5. 2015, at 10.54, written by NTF
Introduction: equilibrium and tresholds in geomorphology, guiding principles, rates of processes, what drives geomorphic processes, the climate context Large scale geomorphology: shape of planet, plate tectonics, ocean basins, orogens, influence of mantle on topography Weathering (‘in situ’ decompositon and specific shapes) Hillslopes: processes and basic parameters (geology, climate, tectonics) Fluvial processes in geomorphology: Drainage basins, ... Read more
11
May

Quaternary geology

11. 5. 2015, at 10.52, written by NTF
Definition of the Quaternary Climatic changes in the Quaternary: reasons, proxies, impact of climatic changes on evolution of fauna and flora Quaternary stratigraphy: »alpine« stratigraphy, isotope stratigraphy, climatochronology, correlation of marine and terrestrial stratigraphy, tools and methods Relative methods (stratigraphic, paleontological, geomorphological, pedological, petrographical, sedimentological) Absolute methods in Quaternary studies: basic concepts, usability, materials Main ... Read more
11
May

Sedimentary petrology

11. 5. 2015, at 10.46, written by NTF
Introduction to sedimentary petrology Origin, classification, and occurrence of sedimentary rocks Sedimentary texture Sedimentary structure Siliciclastic sedimentary rocks: – composition and classification: conglomerates, sandstones, mudstones and shales – diagenesis and porosity – provenance of siliciclastic sedimentary rocks Carbonate sedimentary rocks – composition and classification: limestones, dolomites – diagenesis of limestones – dolomitization and dolomites Carbonate ... Read more
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