Analysis & Design of reinforced concrete structures (2) Syllabus
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This document outlines a 30-week curriculum for a fourth-year technical college course focused on the analysis and design of reinforced concrete structures. It covers various topics such as structural models, design of reinforcement at joints, analysis and design of slabs, yield line analysis, water-retaining structures, concrete building systems, seismic design, and composite columns and beams. The course aims to equip students with knowledge about structural analysis and design principles under various loads and conditions.
Analysis & Design of reinforced concrete structures (2) Syllabus
- 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 .