akhil100
Mechanical
- Nov 10, 2005
- 1
Hello all,
I am working on stress calculation of ball joint used to connect dozer blade and the c-frame ( machine).
Pin is attached to dozer blade at the bottom, loading conditions are as follows
1. Horizontal force of 2g on the lower part of blade
2. vertical force equivalent to lift capacity of blade acting on the lower edge of the blade
3. and 1/3g as side load.
These are loads acting on dozer blade, I am not sure how to transfer these loads on the pin and how stress will act on it. SO NEED SOME HELP
Lower part of pin is in the socket of ball joint, which is connected to c frame. and upper part is welded to a plate, which connects top surface of pin and the dozer blade.
Hope this figure will help you guys to help me
/ BLADE
/
|
|
plate |
=====|
pin --->|| |
|| |
\
\ <----Horizontal load active on
\ the lower
\ part
^
|
|
Vertical load acting
on the lower edge of the blade
I am working on stress calculation of ball joint used to connect dozer blade and the c-frame ( machine).
Pin is attached to dozer blade at the bottom, loading conditions are as follows
1. Horizontal force of 2g on the lower part of blade
2. vertical force equivalent to lift capacity of blade acting on the lower edge of the blade
3. and 1/3g as side load.
These are loads acting on dozer blade, I am not sure how to transfer these loads on the pin and how stress will act on it. SO NEED SOME HELP
Lower part of pin is in the socket of ball joint, which is connected to c frame. and upper part is welded to a plate, which connects top surface of pin and the dozer blade.
Hope this figure will help you guys to help me
/ BLADE
/
|
|
plate |
=====|
pin --->|| |
|| |
\
\ <----Horizontal load active on
\ the lower
\ part
^
|
|
Vertical load acting
on the lower edge of the blade