Problem 1 determine the design capacity of the unstiffened


Problem 1: Determine the design capacity of the unstiffened plate girder web of Grade 300 steel shown in the below figure.

780_capacity of the unstiffened plate.jpg

Problem 2: The angle shown is a tension member in a truss and has to sustain a factored load (N*) 220KN. The chords to which the angle connects are 12mm thick.

Determine the number of M24 Grade 4.6 bolts required. Each bolt is in single shear and the threads are in the shear plane. (Bolting category 4.6/S)

59_tension member in a truss.jpg

Problem 3: Determine the required size of fillet weld to join the plates show below: Use E48XX electrodes. Category SP welding is required.

262_required size of fillet weld.jpg

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Electrical Engineering: Problem 1 determine the design capacity of the unstiffened
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Anonymous user

5/12/2016 8:17:27 AM

For the mechanics problem illustrated below, apply the appropriate concepts and formula and provide solution to each part. Question 1: Find out the design capacity of the unstiffened plate girder web of Grade 300 steel described in the figure in the problem. Question 2: The angle illustrated is a tension member in a truss and consists of to sustain a factored load (N*) 220KN. The chords to which the angle joins are 12mm thick. Find out the number of M24 Grade 4.6 bolts requisite. Each bolt is in single shear and the threads are in the shear plane (that is, Bolting category 4.6/S) Question 3: Find out the required size of fillet weld to join the plates illustrated below: Make use of E48XX electrodes. Category SP welding is requisite.