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picture1_Geology Pdf 200746 | Structural Geology


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File: Geology Pdf 200746 | Structural Geology
structural geology 1 1 course number ge 213 1 2 contact hours 3 0 2 credits 11 1 3 semester offered 2nd year even 1 4 prerequisite basic knowledge of ...

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                                                                          SEMESTER-I 
             
                                                               21GGE501T - STRUCTURAL GEOLOGY  
                               Teaching Scheme                                                     Examination Scheme 
               L      T       P      C          Hours/Week                     Theory                      Practical                 Total Marks 
                                                                       MS         ES        IA       LW          LE/Viva 
               3      1       0      4                4                 25        50        25        -              -                   100 
             
            Unit I                                                                                                                             Hours: 10 
            Methods of constructing profiles of folds: Convolute and evolute methods, Concentric-arc method, Kink-style construction, Dip-isogon method, Down-plunge 
            projection method Tectonites: Different types and their significance. Petrofabric analysis. Relationship between deformation and metamorphism and criteria 
            for recognition. Relative dating of orogenic belts.  
            Unit II                                                                                                                            Hours: 10 
            Principles  of  Structural  Analysis.  Interference  patterns  in  superposed  folding  and  structural  geometry  in  superposed  folding.  Behavior  of  lineations  in 
            superposed deformations. Use of foliations and lineations in tectonic analysis.  
            Unit III                                                                                                                           Hours: 10 
            Analysis of slate belts with simple and multiple deformations. Mapping in gneiss terranes. Migmatite complexes, reworking of basement rocks, mantled 
            gneiss domes. Analysis of shear zones: Different types, Shear zone rocks, Shear sense indictors.  
            Unit IV                                                                                                                            Hours: 10 
            Balanced cross-sections of thrust-belts. Applications of balanced cross-sections. Analysis of fractures: Lineament-Array analysis and its significance for 
            regional exploration programme, Jointarray Analysis and its significance, Fault-array Analysis. Introduction to stress and strain analysis. 
                                                                                                                                                         
                                                                                                                                          MAX <40 Hrs> 
            TEXT / REFERENCE BOOKS 
                 1.   Structural Geology by Billings Marland P, Pearson Publication 
                 2.   Structural Geology by Haakon Fossen  
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
             
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...Structural geology course number ge contact hours credits semester offered nd year even prerequisite basic knowledge of and physics syllabus committee members dr alok kumar singh hemant objective the intent is to introduce concept stresses acting in earth its resultant changes types mechanism faulting folding unconformity planar linear fabrics content unit wise distribution lectures topics sub outline primary secondary structures importance bedding graded top bottom criteria structure cross stratification ripple marks sole pinch swell topography volcanic plutonic properties rocks their controlling factors effects on features topographic maps representative map stress strain two dimensional analyses theories rock failure dip strike outcrop patterns different fold morphology geometric genetic classification folds introduction mechanics buckling bending flexural slip flow description origin significance fractures faults recognition dynamics analysis outcrops geologic geomorphic for fault ...

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