The formula to calculate the Shear Yield Strength is:
\[ Ssy = w \cdot Fcutter \cdot \csc(SA) \]
Shear Yield Strength is the strength of a material or component against the type of yield or structural failure when the material or component fails in shear.
Let's assume the following values:
Using the formula:
\[ Ssy = 0.255 \cdot 0.012 \cdot \csc(0.2617993877991) = 0.0118229321137804 \text{ Pa} \]
| Width (w) | Feed (Fcutter) | Shear Angle (SA) | Shear Yield Strength (Ssy) |
|---|---|---|---|
| 0.25 m | 0.012 m | 0.2617993877991 rad | 0.011591109915 Pa |
| 0.251 m | 0.012 m | 0.2617993877991 rad | 0.011637474355 Pa |
| 0.252 m | 0.012 m | 0.2617993877991 rad | 0.011683838795 Pa |
| 0.253 m | 0.012 m | 0.2617993877991 rad | 0.011730203234 Pa |
| 0.254 m | 0.012 m | 0.2617993877991 rad | 0.011776567674 Pa |
| 0.255 m | 0.012 m | 0.2617993877991 rad | 0.011822932114 Pa |
| 0.256 m | 0.012 m | 0.2617993877991 rad | 0.011869296553 Pa |
| 0.257 m | 0.012 m | 0.2617993877991 rad | 0.011915660993 Pa |
| 0.258 m | 0.012 m | 0.2617993877991 rad | 0.011962025433 Pa |
| 0.259 m | 0.012 m | 0.2617993877991 rad | 0.012008389872 Pa |
| 0.26 m | 0.012 m | 0.2617993877991 rad | 0.012054754312 Pa |
