Stress, 3-D Stress tensor, stress functions,
continuum Mechanics, Rheology of rocks under stress, analysis of deformation,
Mechanics of fracturing, Mohr diagrams and their use. Microstructures
associated with deformational and metamorphic events. Thrust Tectonics in
orogenic Belts, Introduction to experimental structural geology, and to finite
element analysis. Case studies.
Intended learning outcomes
This course is designed to achieve the general objectives in the form of outputs that the student is supposed to acquire after successful completion of the course, as follows:1. Uses information in the collection of field data and through the interpretation of geological maps.2. Deformity is evaluated through field and laboratory studies and through its effect on the microscopic tissue of rocks.3. Possesses the ability to work in a team.4. Possess self-learning skills through case study evaluation.
Teaching and learning methods
The course is taught according to the following methods and processes:· Lectures· Laboratory activities· Collection of information· Panel Discussions
Methods of assessments
Assessment was carried out through theoretical exams, practical exams, assignments and writing scientific reports.
