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Week SELECTED TOPICS Week Reference Book
(Pages) Reference Book
(Pages)
1 Reinforced concrete members, slabs, beams, columns, foundations, concrete, reinforcing steel, mechanical properties of concrete and steel 1/26-48 4/17-60
2 Loads, dead and live loads, load combinations, structural safety, limit states, behavior of reinforced concrete, ultimate strength design principles 1/6-14
1/71-79 4/129-154
3 Mechanics of RC beam, parabola+rectangular stress block, stress block, balanced beam, over and under reinforced beams 1/82-101 4/195-207
4 Beams with compression reinforcement, flanged beams, effective flange width 1/102-115 4/207-218
5 Cracking, mechanism of bond transfer, development of anchorage and splicing of reinforcement 1/48-60 4/567-594
6 Tied and spiral columns under uniaxial loading, eccentrically loaded columns, column interaction diagram I. HOMEWORK SUBMISSION 1/117-128 4/163-180
4/265-308
7 Bi-axially loaded columns 1/129-135 4/346-352
8 Slender column behavior, moment magnification method MIDTERM EXAM I
II. HOMEWORK SUBMISSION 1/271-286 4/308-345
9 Shear force effects, diagonal tension stresses 1/211-228 4/383-397
10 Providing shear safety, use of stirrups and bent-up bars, moment capacity diagram 1/219-228 4/397-419
11 SPRING BREAK
12 RC members subjected to torsion, design for torsion, shear and torsion III. HOMEWORK SUBMISSION 1/228-248 4/509-552
13 Elastic analysis of beams with rectangular cross-sections, comparison with ultimate strength method, serviceability, moment-curvature relationship, ductility MIDTERM EXAM II 1/639-661; 78 4/98-110
4/251-254
14 RC frames, beam-column joints, redistribution, construction knowledge 1/283-289; 342-347; 354-359 4/233-249 4/327-345
15 Pre-stressed concrete, general information IV. HOMEWORK SUBMISSION 2/1-42 6/1-188 |