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Compulsory - Professional |
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The main objective of this course is to provide the knowledge to
calculate distribution of forces in members of determinate structures and
to calculate the resultant deformations. |
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Mechanics of Materials I |
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Introduction:
o Aspects of structural analysis
o Classification of structures
o Their components, and supports
Determinacy and stability of structures
Analysis of statically determinate structures: Beams, frames, Arches
and trusses
Shear and moment diagrams in determinate beams and frames
Elastic deformation of beams
o Double integration method
o Moment-area theorems
o Conjugate-beam method
Energy methods
o Internal work and external work
o Unit-load method
o Castigliano's Theorem
Maxwell’s Theorem and Betti’s Law
Influence lines for determinate structures: Beams, frames, and
trusses
Analysis of indeterminate structures by Force Method: Method
of consistent deformations |
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5- *Structural Analysis, by R.C. Hibbeler (Tenth Edition)
6- *Structural Analysis, by Kassimali (Sixth Edition)
7- Fundamentals of Structural Analysis, Leet, Uang, (Sixth Edition) |
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Lecture notes, handouts, Slides |
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Attendance and Participation in Classes 5% - Homeworks 10-15% - quiz 5%- Midterm exams I, II and III (60%) - Final exam 25% - |
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Pdf File |