In this series of posts, we'll explore how to solve our beam example's internal force and stresses using various methods and techniques - another essential requirement for analysis.
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See how this article relates to other ideas
Children

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1

How to Form Shear and Moment Equations?

In this post, we explore how to construct the shear and moment equations of our beam example - an illustration of how to apply theory to a real-life example.

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2

What are Load and Shear Relationships?

We continue our analysis of our beam example by constructing the shear diagram. This time, we shall relate the external loads applied to the beam to draw it.

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3

What is the Point of Zero Shear?

The point of zero shear is the position along the beam in which the shear is zero. Let's explore different ways to calculate this position using functions or graphs.

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4

What are Shear and Moment Relationships?

We continue our analysis of our beam example by constructing the moment diagram. This time, we shall relate the shear values to draw the moment graph.

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5

What is the Point of Zero Moment?

The point of zero moment is the position along the beam in which the moment is zero. Let's explore different ways to calculate this position using functions or graphs.

Siblings

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1

How to Analyze Beam Stability?

In this post, we'll explore the beam's external and internal stability using different examples - a significant requirement in analyzing any structure.

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3

Analyzing the Deflection of a Beam

This series of posts show how to model the beam's deflection. Let's explore how to get our beam example's deflected shape using different methods such as the double integration method, work methods, etc.

Parent

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2

How to Perform Beam Analysis?

This post shows an example of a complete beam analysis - stability, reactions, internal force, and deflections. It is an illustration of what a typical beam analysis is.

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Created On
June 9, 2023
Updated On
February 23, 2024
Contributors
Edgar Christian Dirige
Founder
References

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Revision
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