Udemy - Reinforced Concrete Beam Design as per AS3600

MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 301 MB | Duration: 1h 6m
Design of rectangular reinforced concrete beam sections for bending as per AS3600 (ultimate strength design method)

What you'll learn
Different design conditions of concrete beam design and assumptions as per Ultimate Strength Theory
Concrete beam design as per ultimate strength method for a balanced beam
How to check if tensile reinforcement in a concrete beam is at yield
How to check if compressive reinforcement in a concrete beam is at yield
AS3600 requirements for the maximum neutral axis ratio , ku and minimum reinforcement capacity reduction factor for concrete beams , Flexural strength (modulus of rupture) and minimum strength requirement for a concrete beam
Concrete beams design as per ultimate strength method for a ductile concrete section (under-reinforced beam)
Concept of the minimum height of the concrete beam
Reinforced Concrete beam design step by step
Requirements
Strength of materials course in university
Basic mathematics
Our two other courses "Reinforced Concrete Beam Analysis Part I" and "Reinforced Concrete Beam Analysis Part II" are very beneficial to understand the basics of ultimate strength design.
Description
In this course, I will explain the full and detailed process of designing a reinforced concrete rectangular section for bending as per ultimate strength design method with step by step approach and requirements of AS3600 which is the Australian standard for concrete design.
I will start with a summary of different ultimate design conditions of concrete beam and assumptions as per ultimate strength design theory and them will explain concrete beams design for a balanced beam, also I will explain how we can check if tensile reinforcement and compressive reinforcement in a concrete beam section is at yield or not.
Also, we will go through the important requirements of AS3600 such as maximum neutral axis depth ratio, minimum reinforcement, and capacity reduction factor for concrete beams.
In the next step, we will look at the concrete beam design as per the ultimate strength method for a ductile concrete section or under-reinforced beam followed by some important code requirements
· Concept of the minimum height of the concrete beam
· Flexural strength (modulus of rupture)
· Minimum strength requirement for a concrete beam
Finally, I will explain the step by step design of a reinforced concrete beam as per the ultimate strength design method and to understand the full process we will have three examples of a beam design to cover different levels of loading to design the beam and how to calculate the tensile and compressive reinforcement
Working example 1: Design of a reinforced concrete beam with minimum reinforcement as per ultimate strength design method
Working example 2: Design of a reinforced concrete beam as per ultimate strength design method with reinforcement larger than minimum reinforcement and no compressive reinforcement and calculating the minimum height of the beam
Working example 3: Design of a reinforced concrete beam with compressive reinforcement as per ultimate strength design method and calculating the minimum height of the concrete beam which does not require any compressive reinforcement.
By the end of this course, you will learn the full and detailed process of designing a reinforced concrete rectangular section for bending as per the ultimate strength design method and requirements of AS3600 which is Australian standard.
My goal is to add value to my students by conveying my knowledge and explaining the theoretical concept behind the design, so please do not hesitate to ask if you ask any questions through the message box here or any other social media links which are provided in our page.
Who this course is for
Graduate engineers
Structural engineering students
Civil engineering students
Structural engineers ranging from beginners to intermediate level who would like to refresh their knowledge on the fundamentals of Reinforced concrete beam design

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