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.
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See how this article relates to other ideas
Children

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1

How to Use the Double Integration Method Using a General Equation?

Let's model the deflected shape of the beam using the double integration method. In this post, we'll explore using a general equation to model the slope and translation.

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2

How to Use the Double Integration Method Using Segment Analysis?

Let's model the deflected shape of the beam using the double integration method. In this post, we'll explore using segmented equations to model the slope and translation.

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3

How to Use the Area Moment Method Using Integration?

Let's explore how to compute the deflection of our beam example using the Area Moment Method. In this post, let's use integration to calculate the slope and translation at a certain point.

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4

How to Use the Area Moment Method Using Moment By Parts?

Let's explore how to compute the deflection of our beam example using the Area Moment Method. In this post, let's use moment-by-parts to calculate the slope and translation at a certain point.

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5

How to Use the Area Moment Method to Find the Maximum Deflection?

Let's explore how to compute the maximum deflection of our beam example using the Area Moment Method. It serves as an illustration of how to find it and calculate for it.

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6

How to Use the Conjugate Beam Method?

Let's explore how to compute the deflection of our beam example using the Conjugate Beam Method. We shall use this to illustrate how to use the method to find the slope and translation at a point.

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7

How to Use Virtual Work to Solve Flexural Deflections?

Let's explore how to compute the deflection of our beam example using the Virtual Work Method. We shall use this to illustrate how to use the method to find the slope and translation at a point.

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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2

Analyzing the Internal Force and Stresses of a Beam

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.

Parent

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3

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
1.00
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