00:01
Hello students in this question we have to find the maximum stress induced.
00:09
So we have given the first case we have rectangular blocks as setup.
00:18
So this has a width of 60 millimeter and the diameter is given of the hole is to be given as 12 millimeter.
00:33
So diameter is equal to 12 millimeter and the width is equal to 60 millimeter.
00:40
And the force acting on it is equal to 12 kilo newtons on either directions.
00:47
So we can find the stress concentration factor k t will be equal to 1 plus 2 d by w 2 times d by w the whole raised to 1 by 2.
01:06
So here d is the diameter of the hole w is the width of the plate.
01:14
So let's substitute the values in here and let's find out the k t value which is the concentration factor will be 1 plus 2 times d is 12 millimeter that is 1 .2 centimeters.
01:27
So that is 0 .0012 centimeter.
01:36
This is 1 .2 centimeter divided by width which is equal 60 millimeter that is 6 centimeter 60 millimeter is 6 centimeter that is 0 .06 centimeter the whole raised to 1 by 2.
01:54
So that is equal to the value of k t which is a stress concentration factor is equal to 1 .894427.
02:07
So this is the value of k t.
02:08
So the maximum stress can be calculated its stress due to applied load that is stress due to applied load times stress concentration factor...