Practical structural geology

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Strain analysis: theoretical overview, principal methods for determining strain components in rocks, sampling methods in the field, field and lab measurements.
Microstructures and deformation mechanisms: principal ductile and brittle microstructures in rocks, interpretation of deformation mechanisms and P,T conditions of deformation, microstructures as kinematic indicators.
Cross-section balancing: overview of principal methods, practical work using manual and computer-assisted workflows.
Integrated structural analysis: practical examples synthesising data from geological maps, cross sections, boreholes, structural measurements, geophysical surveys; deriving a coherent structural model and reconstructing structural evolution.

Geology (UN)

LevelYearSemesterETCS
1363

Hours

LecturesSeminarsPractiseOtherΣ
15030045

Staff

TeacherMarko Vrabec
Assistant
Technician

Exam schedules

There are no exams scheduled!

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