1 |
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Mechanical properties of concrete and rebar, Concrete and steel classifications |
Lecture |
2 |
Literature Review |
Cracking, adhesion, concrete and steel working together, interlocking, reinforcement joints |
Lecture, Practice |
3 |
Literature Review |
Loads, Load Groups and Load Effects |
Lecture, Practice |
4 |
Literature Review |
Simple bending in rectangular cross-section, parabolic-rectangular stress distribution, stress block, balanced reinforcement |
Lecture, Practice |
5 |
Literature Review |
Determining the Load-Bearing Capacity and Modelling of Beams |
Lecture, Practice |
6 |
Literature Review |
Single-reinforced, double-reinforced sections Slab sections |
Lecture, Practice |
7 |
Literature Review |
Single-reinforced, double-reinforced sections Slab sections |
Lecture, Practice |
8 |
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MID-TERM EXAM |
- |
9 |
Literature Review |
Shear Strength in Beams, Stirrup Reinforcement |
Lecture, Practice |
10 |
Literature Review |
Rectangular cross-section M+N effect, reciprocal effect diagrams |
Lecture, Practice |
11 |
Literature Review |
Rectangular cross-section Mx + My + N effect, simple braced and fretted column |
Lecture, Practice |
12 |
Literature Review |
Shear force effect, inclined tensile stresses, shear force resistance, use of stirrups and pliés, moment closure diagram |
Lecture, Practice |
13 |
Literature Review |
Torsional effect, shear force with torsional effect |
Lecture, Practice |
14 |
Literature Review |
Delicate column behaviour, Moment amplification method for delicate columns, Elastic calculation acceptances |
Lecture, Practice |
15 |
Literature Review |
Elastic Design |
Lecture, Practice |
16 |
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FINAL EXAM |
- |
17 |
- |
FINAL EXAM |
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