COURSE LAYOUT
Week 1: Equilibrium, Stability and Determinacy of structures, Review of shear force and bending moment diagram in beams and frames
Week 2: Analysis of statically determinate structures 1, Plane truss: method of joints and method of sections
Week 3: Analysis of statically determinate structures 2, Deflection of truss: Method of virtual work
Week 4: Analysis of statically determinate structures 3, Deflection of beams and frames 1: Moment area method, conjugate beam method and virtual work method
Week 5: Analysis of statically determinate structures 4, Deflection of beams and frames 2: Moment area method, conjugate beam method and virtual work method
Week 6: Analysis of statically determinate structures 5, Influence line diagram and moving loads
Week 7: Analysis of statically indeterminate structures 1, Introduction to force and stiffness method
Week 8: Analysis of statically indeterminate structures 2, Plane truss using method of consistent deformations
Week 9: Analysis of statically indeterminate structures 3, Beams and Frames: Method of consistent deformations
Week 10: Analysis of statically indeterminate structures 4, Beams and Frames: Moment distribution method
Week 11: Analysis of statically indeterminate structures 5, Beams and Frames: Slope deflection method
Week 12: Introduction to direct stiffness method
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