# Steel Beams.

The steel beams posts have 40 posts, with solved problems and illustrative images.

## 10-Step by step guide to Lateral-torsional buckling

Lateral-torsional buckling is the overall instability of a beam, includes twisting of the member and lateral buckling of the compression flange.

## 9-How to design a steel beam? Solved problem-7-4-1

how to design a steel beam?-Solved problem-4-7-1 using table 3-2 to select the proper W-section for design. Get the factored LRFD value for the section.

## 8- How to make an analysis of steel beams? Solved problems.

How to make an analysis of steel beam? The first problem for analysis of a given beam, the second problem for checking section compactness.

## 7- A guide to Local buckling parameters for steel beams.

Local buckling parameters for members that are subjected to flexure. A discussion is extended to cover the difference between stiffened and un-stiffened elements.

## 6-Solved problem 5-2 for the plastic moment value for W10x60.

A solved problem 5-2 for the plastic moment value for section W10x60, two methods are used to estimate the value.

## 5- A Solved problem 5-1 for Sx & Zx-elastic-plastic moduli.

Solved problem 5-1 how to estimate elastic, plastic section moduli, and shape factor for a given I section?

## 4-A Solved problem 4-3 for elastic and plastic sections.

Solved problem 4-3 for determining the elastic section modulus, plastic section modulus, and shape factor for a given T section, several methods are used.

## 3b-Elastic and plastic section moduli for any shape.

How to find the Elastic and plastic section moduli for any shape?

## 3a- Elastic and plastic section moduli for a rectangle.

Estimate elastic section modulus and plastic section modulus and shape factor for a rectangle.

## 3- An Easy Introduction to Plastic Theory for Beams.

A simplified approach to plastic theory, step by step illustration for the basis of the plastic theory.

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