network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 6 months |
| seen | Feb 28 at 13:53 | |
| stats | profile views | 0 |
|
Nov 9 |
awarded | Scholar |
|
Nov 9 |
accepted | How does the weight force distribute in roughly kite like kinematic to determine torques |
|
Nov 8 |
comment |
How does the weight force distribute in roughly kite like kinematic to determine torques If I get you right I can neglect the length of $d = \overline{A_3B_3}$? Then I would guess I'll get the force along $a_2$ and $b_2$ like this: $ \alpha \vec{A_2A_3} + \beta \vec{B_2B_3} = m$ like in a parallelogram of force? |
|
Nov 8 |
comment |
How does the weight force distribute in roughly kite like kinematic to determine torques The kinematic shall be a 2 dimensional delta robot delta robot on wikipedia. I couldn't find a suitable image but there are extra tubes and joints that always keep the lower part parallel to the top part. But I'll want to expand a solution to the Delta 3 case later on. |
|
Nov 7 |
awarded | Student |
|
Nov 7 |
asked | How does the weight force distribute in roughly kite like kinematic to determine torques |
