## 8A- Solved problem 5-part 2 for design shear strength

Solved problem 5-part 2 for design shear strength. It is required to find the design shear strength for A 490-N and A 490-X bolts for different types of bolts.

Introduction to bolted connections and how to estimate the failure loads of bolted connection?

Solved problem 5-part 2 for design shear strength. It is required to find the design shear strength for A 490-N and A 490-X bolts for different types of bolts.

Solved problem 5-part 1 for design shear strength. It is required to find the design shear strength for different types of bolts with different diameters.

solved problem 12-1-part 2. How to use table 7-4 to calculate the bearing nominal load? What will be the final factored nominal load?

Solved problem 12-1. it is required to estimate the design strength of a bearing type connection. All the values of nominal loads due to failure modes are estimated.

The post includes the second part of the solved problem 10-1. It is required to estimate bearing value-ASD for a given connection.

The post includes the second part of the solved problem 10-1. It is required to estimate bearing value-lrfd for a given connection.

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.

The relation between the nominal shear strength of bolts, and their ultimate strength. The discussion is about bearing and tear out in more detail.

This is bearing Type connections-part-2. The topics include the nominal tensile strength of a bolt. Edge spacing and bolts spacing.

This is bearing Type connections-part-1. The points of discussion are about. What are the types of bearing connections and also include the types of failures?