Problem #1: Consider a square gate of side h that can rotate about a
pivot as shown. Determine the depth of the gates top, H, at which the
gate will open if h p = h .
For the square vertical part of the gate, the centroid, area and moment
1. kinematic eddy viscosity, v t , can be used to describe many relatively simple
turbulent flows. One empirical model for the eddy viscosity assumes it is a
function of the specific turbulence kinetic energy, k (dimensions L2 /T 2 ). And
the rate of diss
2. Should the name Navier-Stokes Equations be changed/not changed and why?
3. Briefly describe a controversy surrounding the velocity-squared law.
4. Describe contributions of Daniel Bernoulli to the development of the Bernoulli