Introduction to Structural Reinforced Concrete in 1 Hour!

Introduction to Structural Reinforced Concrete in 1 Hour!, available at $24.99, has an average rating of 3.6, with 36 lectures, based on 66 reviews, and has 697 subscribers.

You will learn about Learn what is structural reinforced concrete Know the advantages and disadvantages of reinforced cocnrete Learn about structural concrete elements Determine what factors affect the strength of concrete Learn about the compressive strength of concrete Understand the stress-strain curve of concrete Calculate the tensile, flexural, shear strength, modulus of elasticity, poisson's ratio, shear modulus, and modular ratio for concrete Understand the difference between concrete shrinkage, expansion, and creep Learn about the fire resistance of concrete as well high-performance, lightweight, and fibrous concrete Realize the significance of steel reinforcement within reinforced concrete and how it works This course is ideal for individuals who are This course is meant for architects, engineers, and people involved in construction or This course is also perfect for anyone interested in learning more about structural reinforced concrete It is particularly useful for This course is meant for architects, engineers, and people involved in construction or This course is also perfect for anyone interested in learning more about structural reinforced concrete.

Enroll now: Introduction to Structural Reinforced Concrete in 1 Hour!

Summary

Title: Introduction to Structural Reinforced Concrete in 1 Hour!

Price: $24.99

Average Rating: 3.6

Number of Lectures: 36

Number of Published Lectures: 36

Number of Curriculum Items: 36

Number of Published Curriculum Objects: 36

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Learn what is structural reinforced concrete
Know the advantages and disadvantages of reinforced cocnrete
Learn about structural concrete elements
Determine what factors affect the strength of concrete
Learn about the compressive strength of concrete
Understand the stress-strain curve of concrete
Calculate the tensile, flexural, shear strength, modulus of elasticity, poisson's ratio, shear modulus, and modular ratio for concrete
Understand the difference between concrete shrinkage, expansion, and creep
Learn about the fire resistance of concrete as well high-performance, lightweight, and fibrous concrete
Realize the significance of steel reinforcement within reinforced concrete and how it works

Who Should Attend

This course is meant for architects, engineers, and people involved in construction
This course is also perfect for anyone interested in learning more about structural reinforced concrete

Target Audiences

This course is meant for architects, engineers, and people involved in construction
This course is also perfect for anyone interested in learning more about structural reinforced concrete

Welcome to the Introduction to Structural Reinforced Concrete in 1 Hour course where you will learn about the fundamental properties of reinforced concrete, one of the most commonly used materials on this planet.

My name is Abdul, and I will be leading you through this course. I began my career as a structural engineer in the offshore and subsea oil and gas industry. After 5 years of structural engineering, I have transitioned to developing a platform for engineering content. I am currently the founder of Engineering Examples. See website below.

By the end of the course, you’ll be able to identify the advantages and disadvantages of reinforced concrete, calculate various mechanical properties such as as the tensile and flexural strength of concrete according to the American Concrete Institute Code 318-11, and learn about how steel is used to improve the performance of reinforced concrete.

There are 36 lectures within this course. They have been prepared in the most clear and concise manner possible in order to avoid overwhelming students. We start from the basics of what is reinforced concrete all the way to covering how steel is incorporated within a concrete member. Each lecture builds slowly on top of what you have already learned. This course should take 1-2 weeks to complete.

This course is ideal for architects, engineers, construction professionals, and anyone else who wants to learn more about reinforced concrete. �

This course is also great for college or university students looking to work in architecture, engineering, or construction.

Feel free to look through the course description and I look forward to seeing you inside.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Advantages of Reinforced Concrete

Lecture 3: Disadvantages of Reinforced Concrete

Lecture 4: Structural Concrete Elements

Chapter 2: Concrete Strength

Lecture 1: What Governs Concrete Strength

Lecture 2: Water-Cement Ratio

Lecture 3: Concrete Constituents

Lecture 4: Mixing & Curing Methods

Lecture 5: Concrete Age

Lecture 6: Loading Scenarios

Lecture 7: Characteristics of Testing Specimen

Chapter 3: Compressive Strength

Lecture 1: Compressive Strength

Chapter 4: Concrete Stress-Strain Curves

Lecture 1: Concrete Stress-Strain Curves

Chapter 5: Concrete Tensile Strength

Lecture 1: Concrete Tensile Strength

Chapter 6: Concrete Flexural Strength

Lecture 1: Concrete Flexural Strength

Chapter 7: Concrete Shear Strength

Lecture 1: Concrete Shear Strength

Chapter 8: Modulus of Elasticity of Concrete

Lecture 1: Modulus of Elasticity of Concrete

Chapter 9: Poisson's Ratio of Concrete

Lecture 1: Poisson's Ratio

Chapter 10: Shear Modulus of Concrete

Lecture 1: Shear Modulus of Concrete

Chapter 11: Modular Ratio

Lecture 1: Modular Ratio

Chapter 12: Changes in Concrete Volume

Lecture 1: Changes in Concrete Volume

Lecture 2: Concrete Shrinkage

Lecture 3: Concrete Expansion

Chapter 13: Creep in Concrete

Lecture 1: Creep in Concrete

Lecture 2: Visual Example of Creep in Concrete

Chapter 14: Unit Weight of Concrete

Lecture 1: Unit Weight of Concrete

Chapter 15: Fire Resistance of Concrete

Lecture 1: Fire Resistance of Concrete

Chapter 16: High-Performance Concrete

Lecture 1: High-Performance Concrete

Chapter 17: Lightweight Concrete

Lecture 1: Lightweight Concrete

Chapter 18: Fibrous Concrete

Lecture 1: Fibrous Concrete

Chapter 19: Steel Reinforcement

Lecture 1: Steel Reinforcement

Lecture 2: Types of Steel Reinforcement

Lecture 3: Visual Example of Steel Reinforcement

Lecture 4: Properties of Steel

Lecture 5: Stress-Strain Curves of Steel

Chapter 20: Conclusion

Lecture 1: Conclusion and Recommended Reading

Instructors

Abdul Siraj
Founder of EngineeringExamples.net

Rating Distribution

1 stars: 3 votes
2 stars: 0 votes
3 stars: 19 votes
4 stars: 18 votes
5 stars: 26 votes

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