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Module 1: Introduction to RCC Structures and High-Rise Buildings
1-Design-of-Reinforced-Concrete-High-Rise-Structures
1.1 Basics of RCC (Reinforced Cement Concrete)
1.2 Characteristics of High-Rise Buildings
1.3 Load Types and Load Combinations
1.4 Overview of Design Codes and Standards
Module 2: Structural Systems for High-Rise RCC Buildings
2.1 Moment Resisting Frames (MRF)
2.2 Shear Walls and Core Walls
2.3 Combined Systems: Frames with Shear Walls
2.4 Outrigger and Belt Truss Systems
Module 3: Analysis of RCC High-Rise Structures
3.1 Linear Static Analysis
3.2 Linear Dynamic Analysis
3.3 Non-Linear Analysis Techniques
Module 4: Design of RCC Elements – Beams and Slabs
4-Design-of-RCC-Elements-Beams-and-Slabs
4.1 Design Principles for Beams
RCC_Beam_Design_Template
4.2 Slab Design Methods
4.3 Serviceability Checks
4.4 Detailing of Reinforcement
Module 5: Design of RCC Columns and Foundations
5.1 Column Design Principles
5.2 Interaction Curves and Load Combinations for Columns
5.3 Foundation Types for High-Rise RCC Structures
5.4 Design and Detailing of Footings
Module 6: Design for Lateral Loads (Wind and Earthquake)
6.1 Wind Load Analysis
6.2 Seismic Load Considerations
6.3 Ductile Detailing for Earthquake Resistance
6.4 Performance-Based Design Concepts
Module 7: Durability and Serviceability of RCC Structures
7.1 Concrete Durability Requirements
7.2 Corrosion Protection of Reinforcement
7.3 Crack Control Measures
7.4 Long-Term Deflections and Creep
Module 8: Fire Resistance and Safety in RCC High-Rise Buildings
8.1 Fire Resistance Requirements as per Codes
8.2 Fireproofing Materials and Methods
8.3 Structural Behavior under Fire Conditions
8.4 Evacuation and Structural Safety Planning
Module 9: Quality Control and Construction Practices
9.1 Concrete Quality Control
9.2 Reinforcement Placement and Inspection
9.3 Construction Joints and Cold Joints
9.4 Safety in High-Rise RCC Construction
Module 10: Case Studies and Practical Project Work
10.1 Case Study: Design of a 30-Storey RCC Residential Building
10.2 Case Study: RCC Commercial Tower with Complex Geometry
10.3 Practical Exercise: Modeling and Analysis using Excel Reporting
10.4 Preparation of Structural Drawings and BOQ
