: The student must know the structural analysis & design for different construction members ( under various loads , stresses , strains , ……etc. ).

1. Technical college/ Mosul
30 Weeks
No. of week hours
Department: Building & Construction
Technology Engineering
Th. App. Unit
2 1 5
Fourth Year Subject: Analysis & Design of reinforced
concrete structures (2)
Objectives: The student must know the structural analysis & design for different
construction members ( under various loads , stresses , strains , ……etc. ).
Week Syllabus
1,2
Structure models: Structure methodology , ACI provisions for strut & tie
models , Applications .
3,4, 5,6
Design of reinforcement at joints: Beam-column joints, Strut & tie model for
joint behavior. Beam to girder joints. Brackets & corbels.
7, 8, 9,10, 11,
12
Analysis & design of slabs: Types of slabs , Design of one-way slabs ,
Temperature & shrinkage reinforcement , Behavior of two-way edge-
supported slabs , Two-way column supported slabs , Direct design method for
column supported slabs , Depth limitations of the ACI code , Equivalent
frame method , Shear design in flat plates and flat slabs , openings in slabs .
13, 14, 15, 16
Yield line analysis for slabs: Upper & lower bond theorems , Rules for yield
lines , Analysis by segment equilibrium , Analysis by virtual work ,
Orthotropic reinforcement & skewed yield lines , Limitations of yield line
theory .
17,18,19,
20
Design of water - retaining structures and water tanks :
Water - retaining structures , Analysis of water - retaining structures , Design
aids , Joints in water - retaining structures .
21,22, 23, 24 Concrete building systems: Floor & roof systems , Panel , Curtain & bearing
walls , Shear walls , ACI code provisions for shear wall design .
25, 26, 27
Seismic Design: Structural response , Seismic loading criteria , ACI special
provisions for seismic design , ACI provisions for special moment frames ,
ACI provisions for shear strength .
28,29 Analysis & Design of Composite Columns .
30 Analysis & Design of Composite Beams .