- #1
quantstr
Say you have a rectangular channel with a width, w (m), and a height, h (m) and an infinite length. The channel itself is fixed and none of the sides can move with respect to one another. If you know the volume flow rate, V (m3/s) of fluid through the channel, how do you calculate the shear rate at the bottom of the channel?
I've tried looking for material that can elaborate on this, but it's mostly just for circular channels. Any ideas?
I've tried looking for material that can elaborate on this, but it's mostly just for circular channels. Any ideas?