Design of Reinforced Concrete Structures 1

  • Construction & Building Engineering |
  • English

Description

Introduction and material properties - Elastic Method - Analysis and design of beams considering flexure - Limit slate Design Method - Analysis and Design of beams considering flexure and shear -Development length and anchorage - Design of one- way at two-way solid slabs - Analysis and design of short columns.

Program

CONSTRUCTION AND BUILDING ENGINEERING

Objectives

  • The objective of this course is to describe the behavior of reinforced concrete components and structures, which leads to analysis and design of concrete structures reinforced.

Textbook

Data will be available soon!

Course Content

content serial Description
1Week No.1: Introduction to material properties.
2Week No.2: Elastic method: analysis of beams considering flexure.
3Week No.3: Elastic method: design of beams considering flexure.
4Week No.4: Limit state design method: analysis of beams considering flexure.
5Week No.5: Limit state design method: design of beams considering flexure.
6Week No.6: Limit state design method: design of beams considering flexure, Continued.
7Week No.7: Limit state design method: design of beams considering flexure, Continued.
8Week No.8: Principle of shear and torsion.
9Week No.9: Design of beams considering shear and torsion.
10Week No.10: Development length according to ECP 2000.
11Week No.11: Deflection.
12Week No.12: Design of two-way slabs.
13Week No.13: Design of two-way slabs, continued.
14Week No.14: Design of two-way slabs, Continued.
15Week No.15: Design of short columns.
16Week No.16: Final Exam.

Markets and Career

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