What is the process for designing a bolt joint for a static assembly?

AI Thread Summary
To design a bolt joint for a static assembly, first determine the shear or tensile strength of the bolts based on the type of joint. For a door panel weighing 40 kg and subjected to a lateral force of 700N, calculate the total load and divide it by the number of fasteners to ensure adequate strength. Material properties for fasteners can be sourced from suppliers or standard tables found in references like Bickford or Shigley. It's important to keep the design simple yet safe, considering the specific loading conditions. Proper modeling and calculations are essential for effective joint design.
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I have to calculate the number of M6 Button head screws required to hold a door panel of 40 kg when 700N (calculate at the center line of the mounting holes) of force is applied laterally. I want to consider only lateral case when the force is applied perpendicular to the door panel. Any idea for this case I will really appreciate.

Basically, If someone explain me that how to design the bolt joint for a static assembly of 2 parts that will give a direction.

Thanks
 
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There are many different ways to model a bolted joint, some very complicated. You might check out Bickford if you have an interest in those details.

But to keep it both simple and safe, first find the shear strength of the bolts if you have a shear joint, or the tensile strenth if it is a tension joint. Divide the total load by the number of fasteners to find the strength of the joint. I normally get my material properties for my fasteners from the supplier, or from standard generic tables in Bickford or Shigley. (Bickford wrote the bolt chapter for Shigley, so they are the same.)
 
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