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.
Introduction to steel design
Introduction to steel design, which includes a summary of different structural steel published posts. Introduction of steel, tension, compression, connection, and beam design posts.
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.
2- An easy approach to Compact and non-compact sections.
Introduction to the compact and non-compact sections for the steel beams, what are the major differences between both.
15- Solved problem 6-19-4 for local buckling of column-2010.
A solved problem 6-19-4 for local buckling is From prof. Salmon handbook. The steel section is a Built-up section.
14-Solved problem 6-8 for local buckling of columns-CM#14
Solved problem 6-8 For Local Buckling. The column is a rectangle hollow section, determine the axial compressive design strength and factored strength.
13-A Solved problem 5-3 for local buckling of columns-CM#14
A Solved problem 5-3 For Local Buckling, it is required to estimate Φc*Pn and Pn/Ωc, with the appropriate AISC equations for a square hollow steel section.