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Compulsory - Professional |
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- Equilibrium equations
- Important Structures like truss, beam, frame and cable |
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- General Mathematic I |
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1- Equilibrium equations of point and rigid body in 2D and 3D
2- Learning how to calculate the moment of any set of force about any point in 2D and 3D
3- Learning how to calculate the reaction forces of supports
4- Learning how to analyze determinate trusses and find the internal forces diagrams
5- Analysis of determinate frames and cables
6- Geometric characteristics of cross-sections and using Mohr's circle |
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- Oral presentation of materials at the same time as they are written on the whiteboard
- Solving different descriptive and explanatory examples |
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- Attending in class
- Participating in discussions
- Discussing questions
- Solving the class exercises |
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2- Engineering Mechanics Statics; By D. Gross et. al.
3- Engineering Mechanics Statics; By A. Bedford & W. Fowler
4- Introduction to Statics and Dynamics; By R. Pratap & A. Ruina
5- Vector Mechanics for Engineers, Static; By F. P. Beer, E. R. Johnston & E. R. Eisenberg
6- Engineering Mechanics Statics; By R. C. Hibbeler
7- Engineering Mechanics Statics; By A. Pytel & J. Kiusalaas |
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- Lecture notes
- Recorded educational film |
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- Midterm exam I 23%
- Midterm exam II 27%
- Final exam 40%
- Homework 10%
- Quiz 5% |
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Pdf File |