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picture1_Geology Pdf 200665 | Structural Geology 206 12311


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File: Geology Pdf 200665 | Structural Geology 206 12311
structural geology 206 12311 teacher liran goren gorenl bgu ac il room 233 building 58 course structure lectures 2hr w practicals 2hr w field excursions 2 days office hours and ...

icon picture PDF Filetype PDF | Posted on 09 Feb 2023 | 2 years ago
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                Structural Geology 206-12311 
                           
        Teacher: Liran Goren, gorenl@bgu.ac.il, Room 233, Building 58 
         
        Course structure:  
        Lectures – 2hr/w  
        Practicals - 2hr/w  
        Field excursions – 2 days 
         
        Office hours and communications:  
        At the beginning of the semester the teacher and the T/As will announce on 
        weekly office hours.  
        Teaching material, assignments, and messages will be posted on the course 
        website as part the Moodle system.  
         
        Evaluation: 
        Weekly assignments  - 40% (Mandatory submission of 80% of the assignments) 
        Field reports – 15% 
        Final exam – 45% 
        Passing the course is conditioned by a pass grade in each of the evaluation 
        components independently. 
         
        Literature: 
          1.  Structural Geology, Haakon Fossen, Cambridge university Press. 
          2.  Earth Structure, Ben A. van der Pluijm and Stephen Marshak, WW Norton 
           and Company. 
          3.  Lecture notes by Prof. Rick Allmendinger. Will be posted on the course 
           website. 
          4.  Lecture notes by Prof. Jean-Pierre Burg. Will be posted on the course website.    
         
        Course topics: 
          1.  Basic and advance concepts and analysis of deformation, strain and stress. 
          2.  Tensorial representation of stress and strain and basic tensorial calculations.  
          3.  Concepts in rheology: elasticity, plasticity, and viscosity.   
          4.  Micro-scale deformation mechanisms. 
          5.  Criteria for brittle deformation. Geometry, kinematics, and dynamics of 
           fractures, veins, and faults.  
          6.  Ductile deformation. Geometry, kinematics, and dynamics of folds.  
          7.  Deformation along shear zones and the effect of pore fluid and temperature.  
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...Structural geology teacher liran goren gorenl bgu ac il room building course structure lectures hr w practicals field excursions days office hours and communications at the beginning of semester t as will announce on weekly teaching material assignments messages be posted website part moodle system evaluation mandatory submission reports final exam passing is conditioned by a pass grade in each components independently literature haakon fossen cambridge university press earth ben van der pluijm stephen marshak ww norton company lecture notes prof rick allmendinger jean pierre burg topics basic advance concepts analysis deformation strain stress tensorial representation calculations rheology elasticity plasticity viscosity micro scale mechanisms criteria for brittle geometry kinematics dynamics fractures veins faults ductile folds along shear zones effect pore fluid temperature...

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