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Week No.1: Introduction to structural analysis, scope, the definition of a structure, its forms, supports and loads.

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Week No.2: Basic concepts of structural analysis. Study the stability and determinacy of structures. Equilibrium, Freebody diagram, Reaction forces, Worked examples.

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Week No.3: Internal Forces, sign convection, Relationships between load, shear & bending moment. Methods of calculation of internal forces, Worked examples(1&2).

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Week No.4: Internal Forces, sign convection, Relationships between load, shear & bending moment. Methods of calculation of internal forces, Worked examples(1&2). continue

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Week No.5: Internal forces in simple beams subjected to concentrated & uniformly distributed loads, Worked examples.

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Week No.6: Internal forces in simple beams subjected to nonuniform distributed loads. Worked examples.

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Week No.7: Internal forces in compound beams Principle of superposition. Worked examples & 7th week examination.

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Week No.8: Internal forces in inclined beams. Worked examples.

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Week No.9: Internal forces in simple, threehinged, closed, multistorey & multibay frames. Worked examples (1&2).

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Week No.10: Internal forces in simple, threehinged, closed, multistorey & multibay frames. Worked examples (1&2) continue.rn

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Week No.11: Internal forces in arches. Worked examples (1).

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Week No.12: Forces in arches. Worked examples & 12th week examination (2).

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Week No.13: Member forces in statically determinate planar trusses. Worked examples (1&2).

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Week No.14:Member forces in statically determinate planar trusses. Worked examples (1&2). continue

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Week No.15: Influence lines and its use to calculate the maximum response s in statically determinate beams and trusses. Worked examples.

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Week No.16:Final Exam.
