Dear people, this website is closed, finished.

Everthing and more is moved to my new site:

http://henkmassink.nl/fd/

Henk Massink

List symbols in HTML

I use this list for building my formulas in html on this site

F  = Newton Force  [N]

A  = Area on which the force acts  [m²]
A  = Wetted Area                  [m²] 

Q  = Discharge/ flow rate         [m³/s]

u  = Velocity                     [m/s]
v  = Mean velocity             [m/s]

V₁  = Mean velocity before      [m/s]

V₂  = Mean velocity after       [m/s]

m  = Weight                        [Kg]

g = Earths gravity= 9,81  [m/s²]

y   = Pressure Head  [m]

z   = Potential Head [m]

 u²

 —  = Velocity Head    [m]

2·g

D = Hydraulic Diameter = 4·R  [m]

R = Hydraulic Radius = D/4    [m]

u   = Kinematic viscosity       [m²/s]

u  water 20°C       = 1,00·10^-6 [m²/s]

m = Absolute viscosity [kg/ms]
m  water 20°C  = 1,00·10^-3 [kg/ms]

r = Density of liquid     [kg/m³]

r fresh water = 1000  [kg/m³]
r saltwater   = 1025  [kg/m³]

p = Pressure              [Pa=N/m²]

b  = Width orifice              [m]

h₁ = Pressure at top orifice    [m]

h₂ = Pressure at bottom orifice [m]

C_v = Velocity coefficient (0,97-0,99)   [1]

C_c = Contraction coefficient (0,61-0,66)[1]

h =  Pressure just before orifice       [m]

DH_1-2 = Head losses        [m]

S_f = Slope hydraulic gradient caused by friction   [1]

k_s = Surface roughness   [m]
h_f = Frictional head loss   [m]
L  = Length                  [m]

Web lectures at Khan Academy

Khan Academy has some web lectures on fluid (12 parts)
http://www.khanacademy.org/search?page_search_query=fluid
They are all useful for the course Fluid Dynamics 

Web lectures on Fluid Mechanics from NPTEL (india)

This channel contains a list of 40 web lectures on Fluid Mechanics!!!!!!!
Web lectures Fluid Mechanics
I have added the video's which a related to the course Fluid Dynamics from the Delta Academy

Boundary layer

Short video about the boundary layer