Study Materials
Update: I have moved the study materials to the e-learning website of FISAT http://elearn.fisat.ac.in/
_____________________________________________
Here are some presentations and tutorial sheets which I use for teaching the courses I have offered. These documents are not meant for self study of subjects listed, but, acts as a supplement to my classes. The framework is Mahatma Gandhi University Syllabus for B.Tech & M.Tech, and the new KTU syllabus.
Why do I share this in public? If others have not shared, It would not have been possible for me to compile this! Afterall, teaching is all about sharing
If you find errors, missing things etc., feel free to write to me at unnikartha[at]gmail[dot]com
_____________________________________________
Structural Dynamics and Earthquake Resistant Design as per KTU Syllabus | Syllabus
_____________________________________________
Structural Analysis III (S7 CE) as per KTU syllabus | Syllabus
Tutorial Sheets 2018: Portal & Cantilever Methods | Matrix Flexibility Method | Matrix Stiffness Method | Structural Dynamics |
A few Supplements: Matrix Methods - Equations in a nutshell | Introduction to Structural Dyanmics | Base Isolation
_____________________________________________
Structural Analysis II (S5 CE) as per KTU syllabus | Syllabus
Tutorial Sheets 2017 : Three moment Theorem | Solutions to Three Moment Theorem Problems | Slope Deflection Equations | Moment Distribution Method | Kani's Method | Plastic Theory | Beams Curved in Plan |
Supplements: Plastic Theory - Limit Analysis |
Video Presentation: Three Moment Theorem |
Sketchup Models: Beams Curved in Plan | 1 | 2 | 3 |
_____________________________________________
Structural Dynamics and Stability of Structures III (S8 CE) as per MGU syllabus | Syllabus
2017: Tutorial Sheets: Structural Dynamics | Stability Analysis
Presentations: Hamiltons Principle | Eulers Stability Theory - Assumptions | Dynamics Intro |
Video Presentation: Hamiltons Principle |
_____________________________________________
Geotechnical Engineering - I (S5CE) | Syllabus
Tutorial Questions: Question Bank
Presentations:
_____________________________________________
Advanced Analysis of Structures (M.Tech Structural Engineering and Construction Management) | Syllabus
_____________________________________________
Prestressed Concrete (S7CE) | Syllabus
Presentations: Introduction | Materials for prestressing | Systems of prestressing |
Tutorial Questions: Analysis of Prestress | Losses in Prestress | Design for Tension, Flexure, Shear, Torsion | Anchorage Zone, Continuous Beam |
_____________________________________________
Structural Analysis - I (S5CE) | Syllabus
Tutorial Questions (updated in 2016) : Method of Consistent Deformation | Three Moment Theorem | Slope Deflection Method | Moment Distribution Method | Matrix Flexibility Method | Matrix Stiffness Method |
Tutorial Questions (updated in 2014): Method of Consistent Deformation & Three Moment Theorem | Slope Deflection Method | Moment Distribution | Matrix Flexibility Method | Matrix Stiffness Method |
Tutorial Questions : Moment Distribution | Method of Consistent Deformation & Three Moment Theorem | Slope Deflection | Matrix Stiffness Method | Matrix Flexibility Method |
Presentations: | Introduction to FEM |
Notes: | Introduction to FEM | Matrix Methods of Analysis |
_____________________________________________
Structural Analysis - II (S6CE) | Syllabus
Tutorial Questions (updated in 2017): | Approximate Method of Structural Analysis | Kani's Method (without sway) | Influence Line Diagrams | Structural Dynamics |
Tutorial Questions (updated in 2016): | Approximate Method of Structural Analysis | Kani's Method (without sway) | Structural Dynamics | Influence Line Diagrams | Plastic Theory | Theory of Elasticity |
Tutorial Questions (updated in 2015): | Approximate Method of Structural Analysis | Influence Lines for Propped Cantilever and two span continuous beams | Kani's method (without sway) | Plastic Theory | Structural Dynamics | Theory of Elasticity |
Tutorial Questions: | Approximate Method of Structural Analysis | Influence Lines for Propped Cantilever and two span continuous beams | Kani's method (without sway) | Plastic Theory | Structural Dynamics | Theory of Elasticity |
Hand written Solutions: | Cantilever Method | IL for SF at midspan of two span continuous beam (Conjugate beam method for deflection calculation | IL for BM at midspan of two span continuous beam (Macaulay's method for deflection calculation) | IL for SF at midspan of two span continuous beam (Macaulay's method for deflection calculation) |
_____________________________________________
Mechanics of Solids - I (S3CE) | Syllabus
Tutorial Questions : | Shear Force and Bending Moment Diagrams | Bending and Shear Stress | Torsion | Columns, Struts & Pressure Vessels | Stress, Composite materials, Mohr Circle etc |
Solutions : Shear force and Bending Moment Diagrams
_____________________________________________
Mechanics of Solids - II (S4CE) | Syllabus
Tutorial Questions: | Deflection of determinate beams Macaulay's and Conjugate beam methods | Influence lines for determinate structures | Cables and Three hinged Arches | Energy Theorems | Failure Theories, Product of Inertia, Unsymmetrical Bending |
Hand written solutions : | Overhanging beam with conc load at ends and udl in between with same deflection at ends and midspan |
_____________________________________________
Strength of Materials and Structural Engineering (S3ME) | Syllabus
Tutorial Sheets : | Shear Force & Bending Moment Diagrams | Bending Stress & Shear Stress | Deflection of Beams Macaulay Method & Moment Area Method | Torsion of Shafts, Power Transmitted | Thin and Thick Cylinder, Wire wound Pipes | Columns: Eulers & Rankines Formula | Mohr's Circle for two dimensional stress | Bars of varying cross section, temperature stress, composite sections |
One tutorial on SFD BMD & Shear & Bending Stress for which I have a hand written solution !
_____________________________________________
Engineering Graphics (S12ALL) Syllabus-before2010 | Syllabus 2010 onwards
Tutorial Questions: | Spirals, Cycloids | Development of Surfaces | Isometric Drawings | Intersection Surfaces of Solids | Projections of Planes | Projections of lines -1 | Projections of Lines - 2 | Conic Sections | Points and Lines | Scales | Sections of Solids | Projections of Solids | Perspective Projections |
Solutions : | Projections of Solids | Isometric Drawings | Development of Surfaces | Sections of Solids |
Some Sketchup Models:
_____________________________________________
Basic Civil Engineering (S12ALL) Syllabus-before2010 | Syllabus 2010 onwards
Presentations: Amazing Civil Engineering | Survey: Introduction, Chain Survey, Compass Survey, Levelling, GPS, Remote Sensing & GIS, Total Station | Mortar | Aggregates | Concrete | Building Rules | Septic Tank! | Traffic Engg. | Cement | Timber : Varieties, Defects, Seasoning & Preservation | Steel | Roofing | Foundations | Bricks | Masonry | Intelligent Buildings |
Mind Maps: Cement | Foundations | Kerala Municipal Building Rules | Transportation Engg. | GIS |