3. The group of 6-bolts connection subjected to eccentric...

Name: 3. The group of 6-bolts connection subjected to eccentric load ( P=30 ) kips as shown in figure 3. The diameter of each bolt is ( d=0.8 ) inch. Apply the elastic method to calculate the Maximum shear force in a bolt.
Uploaded: 2022-05-22T02:21:40-08:00
Duration: 5 min 34 s
Channel: Monisha Shukla
Description: 3. The group of 6-bolts connection subjected to eccentric load ( P=30 ) kips as shown in figure 3. The diameter of each bolt is ( d=0.8 ) inch. Apply the elastic method to calculate the Maximum shear force in a bolt.

3. The group of 6-bolts connection subjected to eccentric load ( P=30 ) kips as shown in figure 3. The diameter of each bolt is ( d=0.8 ) inch. Apply the elastic method to calculate the Maximum shear force in a bolt.

Transcript

00:01 Hello, as in this question given that number of bolts and equals to 6 and load is equal to load p is equal to 13 k i b s and accentricity e is equals to 26 double dash d is equals to point eight double dash so here we have to find value of f1 f2 so as here as we know that this one is of our container and here is a here is b here is c here is d and here is e and then here is f and this one is equal to here between a to b this one is six double dash and as from b to this one equals to 26 double dash here from a to c this one is six double dash and from rest after that from c 12 double dash here and this one equals to from d to e this one equals to l1 double dash.

01:09 So as here we know that f1 is equals to p divided by n where p in equals to loads.

01:20 This one equals to p.

01:21 So p divided by n, so 30 divided by six.

01:24 N equals to numbers.

01:26 So p divided by n equals to f1 here.

01:29 So 30 divided by six which is equals to 5 kib .s.

01:32 This one is value of f1.

01:34 Similarly for f2, this one equals to p into l divided by sum of r square into r.

01:40 So to find value of our distance from cg to belts.

01:43 So distance from cg to belts is equals to here, distance from cg to belts is equals to as here from this as this one is our container here.

02:00 So as here, this one is one is one.

02:03 This one is another point as this one is here...

Question

3. The group of 6-bolts connection subjected to eccentric load ( P=30 ) kips as shown in figure 3. The diameter of each bolt is ( d=0.8 ) inch. Apply the elastic method to calculate the Maximum shear force in a bolt.

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