This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.
This is the first step to simplify the analytical model by applying the equivalent load concept as depicted below:
Another way to examine the direction of forces at where the cantilever is cut off.