31-Collapse load for a simply supported beam.
How to estimate the collapse load for a simply supported beam under a concentrated load?A given solved problem for a W18x76 simple beam of 32 feet long.
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.
5- A solved problem 10-1-for bearing connection-1-3.
The post includes the first part of the solved problem 10-1-for bearing. It is required to estimate the shear force that can be applied on a given connection.
30-Introduction to design of continuous beam, problem 4-15.
Design of continuous beam. We have a Detailed design solved problem 4-15 for which it is required to find the lightest W10 for these beams.
22-Modification to Alignment Chart for Braced Frame.
Modification to Alignment chart for the braced frame, the three cases for m modified for the braced frames.
29- Moment redistribution for Continuous steel beams.
Introduction to the moment redistribution For Continuous Steel Beams. What are the different types of bending moments for different end conditions and different loading?
21-Solved problem 4-16 for k value using the French equation.
Solved Problem 4-16 For K Factor,by-using-french-equation for the unbraced frame with different end conditions, and how to estimate the k values?
20-Solved problem 4-16 for k factor for a portal frame.
Solved Problem 4-16-part -1 For K Factor, for un-braced frame with different end conditions, and how to estimate the k values for two columns?
4-Nominal shear strength and bearing- tear out made simple.
The relation between the nominal shear strength of bolts, and their ultimate strength. The discussion is about bearing and tear out in more detail.