Basic calculations. / Basis berekeningen Intro video English Intro video Nederlands Calculate the Area and Wetted perimeter Calculate Bodem- Water- Verhang Natte Lengte Natte Hydraulische breedte Diepte Oppervlakte Schuinte Omtrek Straal Bed Water Slope Wetted Length Wetted Hydraulic Width …
Lecture 0 , basic calculations Read more »
Back water curve based on dividing in short parts. Cross-section based on Trapezoid Preconditions: turbulent flow and steady flow. Spreadsheet for online calculations. Sometimes the spreadsheet does not load, this because it is an external website. So don’t worry and …
Back water based on Manning Read more »
Critical depth, trapezoid. Problem in calculating the critical depth with the formula is that the width (B) is changing with the water depth. So to find the critical depth, you have to look for the lowest H in the excel …
Critical Depth, Trapezoid Read more »
Critical depth, rectangle Preconditions: cross section is a rectangle Spreadsheet for online calculations. Sometimes the spreadsheet does not load, this because it is an external website. So don’t worry and try later. For Ipad cookies should be set on. Ipad …
Critical Depth, rectangle, Froude number Read more »
Equilibrium depth based on Chezy. So Sf=Sb=Sy Cross-section based on Trapezoid Preconditions: turbulent flow, steady flow and uniform flow. Spreadsheet for online calculations. Sometimes the spreadsheet does not load, this because it is an external website. So don’t worry and …
Equilibrium depth based on Chezy Read more »
Equilibrium depth based on Manning. So Sf=Sb=Sy Cross-section based on Trapezoid Preconditions: turbulent flow, steady flow and uniform flow. Spreadsheet for online calculations. Sometimes the spreadsheet does not load, this because it is an external website. So don’t worry and …
Equilibrium depth based on Manning Read more »
You should see the intro page here, but I just updated the theme of this website and now there is a little problem. It is minor, but if you want to see the into, click on intro in the menu. …
F p = — [Pa = N/2m] A F = Newton Force [N] A = Area on which the force acts [m2]
