Reinforced concrete at BAEL limit states - Part 1
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Limit States Reinforced Concrete (BAEL) Part 1:
Summary
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Timecode:
0:00 Intro
0:31 What is concrete?
1:15 Mixing a cubic meter of concrete
2:16 Advantages and disadvantages of concrete
3:05 Overcoming the poor tensile strength of concrete
4:36 Why is the combination of concrete and steel successful? 5:24 Principle of Reinforced Concrete
10:35 Definition of Ultimate Limit State and Limit State
12:13 Definition of Ultimate Limit State and Serviceability
13:57 Definition of Actions and Loads and Design Combination
18:47 Compressive Strength of Concrete at 28 Days
25:00 Tensile Strength of Concrete
26:13 Design Stress of Concrete
29:34 Longitudinal Modulus of Deformation
30:39 Concrete Shrinkage
32:50 Geometric Characteristics of Steel
35:40 Mechanical Characteristics of Steel
42:23 Outro
The Reinforced Concrete Limit States (BAEL) was the French regulation concerning the use of reinforced concrete in construction.
It was replaced by "Eurocodes 2".
It was used in both public works (bridges, tunnels, etc.) and buildings. It is mainly based on two limit states:
The serviceability limit state (SLS), bounded by the deformation or cracking limits of the elements.
The ultimate limit state (ULS), bounded by the strength limits of the concrete and reinforcement.
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